CN214260109U - Clinical degassing unit that uses of nephrology dept - Google Patents

Abstract

The utility model discloses a clinical degassing unit that uses of nephrology dept, hold the chamber including disinfection protection casing, sodium hydroxide solution, formalin solution holds the chamber, normal saline holds chamber, transparent protection casing, antiseptic solution suction device, waste liquid collecting box, waste liquid inlet pipe and waste liquid discharging pipe. The utility model belongs to the technical field of medical instrument for the nephrology dept, specifically be a save multiple antiseptic solution and can carry out the recovery of waste liquid after the disinfection, realize disinfecting and retrieve automatic cycle's technological effect, can not cause the pollution to the environment, and can realize the clinical degassing unit that uses of comprehensive sterile nephrology dept to nephrology dephlegmator.

Description

Clinical degassing unit that uses of nephrology dept

Technical Field

The utility model belongs to the technical field of medical instrument for the nephrology dept, specifically indicate a clinical degassing unit that uses of nephrology dept.

Background

At present, in the medical practice of nephrology dept, there are a lot of medical instrument and instruments that need regularly disinfect, and current disinfection mode is that a certain amount of disinfectant fluid is disinfected at the inside and outside surface of apparatus, then uses the disinfection brush and utilizes the disinfectant fluid to scrub, and the disinfection speed is slower and work efficiency is lower, but can not disinfect some pipelines in the dialysis unit of nephrology dept, and the practicality is low.

SUMMERY OF THE UTILITY MODEL

For solving the above-mentioned current difficult problem, the utility model provides a save multiple antiseptic solution and can carry out the recovery of waste liquid after the disinfection, realize disinfecting and retrieve automatic cycle's technological effect, can not cause the pollution to the environment, and can realize comprehensive sterile clinical degassing unit of nephrology dept to nephrology dept dialysis unit.

The utility model adopts the following technical scheme: the utility model relates to a clinical degassing unit of nephrology dept, including disinfection protective housing, sodium hydroxide solution holding chamber, formalin solution holding chamber, normal saline holding chamber, transparent protection casing, antiseptic solution suction device, waste liquid collecting box, waste liquid inlet pipe and waste liquid discharging pipe, the sodium hydroxide solution holding chamber is located in the disinfection protective housing, the formalin solution holding chamber is located in the disinfection protective housing, the normal saline holding chamber is located in the disinfection protective housing, the formalin solution holding chamber is located between the sodium hydroxide solution holding chamber and the normal saline holding chamber, the waste liquid collecting box is located in the disinfection protective housing, the transparent protection casing is located on the disinfection protective housing, the antiseptic solution suction device is located in the transparent protection casing and is communicated with the sodium hydroxide solution holding chamber, the formalin solution holding chamber and the normal saline holding chamber in a sealing manner, the waste liquid inlet pipe is communicated with the waste liquid collecting box, and the waste liquid outlet pipe is arranged on the bottom wall of the waste liquid collecting box and is communicated with the waste liquid collecting box.

Further, antiseptic solution suction device includes sodium hydroxide suction pump, formalin suction pump, normal saline suction pump, sodium hydroxide control solenoid valve, formalin control solenoid valve, normal saline control solenoid valve, water pipe and antiseptic solution discharging pipe, the one end of sodium hydroxide control solenoid valve is through-connected with the sodium hydroxide solution holding chamber through the water pipe, and the other end is through-connected with sodium hydroxide control solenoid valve through the water pipe, the one end of formalin suction pump is through-connected with the formalin solution holding chamber through the water pipe, and the other end is through-connected with the formalin control solenoid valve through the water pipe, the one end of normal saline suction pump is through-connected with the normal saline holding chamber through the water pipe, and the other end is through-connected with the normal saline control solenoid valve through the water pipe, antiseptic solution discharging pipe is through-connected with sodium hydroxide control solenoid valve, and, The formalin control electromagnetic valve is connected with the physiological saline control electromagnetic valve.

Further, sodium hydroxide solution holds the chamber and is the setting of rectangle cavity, be equipped with sodium hydroxide feeding sealing member on the upper wall that sodium hydroxide solution held the chamber, sodium hydroxide feeding sealing member can carry out the blowing operation to sodium hydroxide solution and seal, sodium hydroxide solution holds and is equipped with sodium hydroxide solution observation post on the chamber lateral wall, sodium hydroxide solution observation post can be observed the solution that sodium hydroxide solution held in the chamber in real time to carry out real-time replenishment.

Further, formalin solution holds the chamber and is the setting of rectangle cavity, formalin solution holds and is equipped with formalin solution feeding sealing member on the upper wall in chamber, formalin solution feeding sealing member can carry out the blowing operation to formalin solution and seal, formalin solution holds and is equipped with formalin solution observation post on the chamber lateral wall, formalin solution observation post can be in real time to formalin solution holds the solution in the chamber and observes to carry out real-time supplementary.

Further, saline holds the chamber and is the setting of rectangle cavity, saline holds and is equipped with saline feeding sealing member on the upper wall in chamber, saline feeding sealing member can carry out the blowing operation and seal to saline solution, saline holds and is equipped with saline solution observation post on the chamber lateral wall, saline solution observation post can observe the solution that saline held in the chamber in real time to carry out real-time replenishment.

Further, the sodium hydroxide solution observation column, the formalin solution observation column and the normal saline solution observation column are semi-cylindrical, and the sodium hydroxide solution observation column, the formalin solution observation column and the normal saline solution observation column are made of transparent plastics.

Furthermore, the transparent protective cover is made of transparent plastic materials, so that the suction condition of the disinfectant can be observed conveniently.

Adopt above-mentioned structure the utility model discloses the beneficial effect who gains as follows: this scheme a multiple antiseptic solution of storage just can carry out the recovery of waste liquid after the disinfection, realizes disinfecting and retrieves automatic cycle's technological effect, can not cause the pollution to the environment, and can realize the clinical degassing unit of using of comprehensive sterile nephrology dept to nephrology dept dialysis unit.

Drawings

Fig. 1 is the overall structure schematic diagram of the clinical degassing unit for nephrology department of the utility model.

Wherein, 1, disinfection protective housing, 2, sodium hydroxide solution holds the chamber, 3, formalin solution holds the chamber, 4, normal saline holds the chamber, 5, transparent protection casing, 6, antiseptic solution suction device, 7, the waste liquid collecting box, 8, the waste liquid inlet pipe, 9, the waste liquid discharging pipe, 10, the sodium hydroxide suction pump, 11, formalin suction pump, 12, normal saline suction pump, 13, sodium hydroxide control solenoid valve, 14, formalin control solenoid valve, 15, normal saline control solenoid valve, 16, the water pipe, 17, the antiseptic solution discharging pipe, 18, sodium hydroxide feeding sealing member, 19, sodium hydroxide solution observation post, 20, formalin solution feeding sealing member, 21, formalin solution observation post, 22, normal saline feeding sealing member, 23, normal saline solution observation post.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to the following embodiments, and the technical features or the connection relations of the present invention, which are not described in detail, are the prior art adopted.

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in figure 1, the utility model discloses clinical degassing unit that uses of nephrology dept, including disinfection protective housing 1, sodium hydroxide solution hold chamber 2, formalin solution hold chamber 3, normal saline holds chamber 4, transparent protection casing 5, antiseptic solution suction device 6, waste liquid collecting box 7, waste liquid inlet pipe 8 and waste liquid discharging pipe 9, sodium hydroxide solution holds chamber 2 and locates in disinfection protective housing 1, formalin solution holds chamber 3 and locates in disinfection protective housing 1, normal saline holds chamber 4 and locates in disinfection protective housing 1, formalin solution holds chamber 3 and locates sodium hydroxide solution and holds chamber 2 and normal saline and hold between chamber 4, waste liquid collecting box 7 locates in disinfection protective housing 1, transparent protection casing 5 locates on disinfection protective housing 1, antiseptic solution suction device 6 locates in transparent protection casing 5 and holds chamber 2 with sodium hydroxide solution and holds between chamber 4, antiseptic solution collecting box 7 locates in disinfection protective housing 1, transparent protection casing 5, Formalin solution holds chamber 3 and physiological saline holds chamber 4 and link up sealedly continuous, waste liquid inlet pipe 8 links up with waste liquid collecting box 7 and links up, waste liquid outlet pipe 9 is located on the diapire of waste liquid collecting box 7 and link up with waste liquid collecting box 7 and link up continuously.

The disinfectant liquid suction device 6 comprises a sodiumhydroxide suction pump 10, aformalin suction pump 11, a normalsaline suction pump 12, a sodium hydroxide controlelectromagnetic valve 13, a formalin controlelectromagnetic valve 14, a normal saline controlelectromagnetic valve 15, awater pipe 16 and a disinfectantliquid discharge pipe 17, one end of the sodium hydroxide controlelectromagnetic valve 13 is communicated and connected with the sodium hydroxide solution containing cavity 2 through awater pipe 16, the other end of the sodium hydroxide controlelectromagnetic valve 13 is communicated and connected with the sodium hydroxide controlelectromagnetic valve 13 through awater pipe 16, one end of theformalin suction pump 11 is communicated and connected with the formalin solution containing cavity 3 through awater pipe 16, the other end of the formalin suction pump is communicated and connected with the formalin controlelectromagnetic valve 14 through awater pipe 16, one end of the normalsaline suction pump 12 is communicated and connected with the normal saline containing cavity 4 through awater pipe 16, and the other end of the normal saline suction pump is communicated and connected with the normal saline controlelectromagnetic valve 15 through awater pipe 16, and thedisinfectant discharge pipe 17 is connected with the sodium hydroxide controlelectromagnetic valve 13, the formalin controlelectromagnetic valve 14 and the normal saline controlelectromagnetic valve 15 through awater pipe 16.

The sodium hydroxide solution holds chamber 2 and is the setting of rectangle cavity, sodium hydroxide solution holds and is equipped with sodium hydroxidefeeding sealing member 18 on the upper wall in chamber 2, sodium hydroxidefeeding sealing member 18 can carry out the blowing operation to sodium hydroxide solution and seal, sodium hydroxide solution holds and is equipped with sodium hydroxidesolution observation post 19 on the 2 lateral walls in chamber, sodium hydroxidesolution observation post 19 can hold the solution in chamber 2 to sodium hydroxide solution in real time and observe to carry out real-time supplementary.

Formalin solution holds chamber 3 and is the setting of rectangle cavity, formalin solution holds and is equipped with formalin solution feedingsealing member 20 on the upper wall in chamber 3, formalin solution feedingsealing member 20 can carry out the blowing operation to formalin solution and seal, formalin solution holds and is equipped with formalinsolution observation post 21 on the chamber 3 lateral wall, formalinsolution observation post 21 can be in real time to formalin solution hold the solution in chamber 3 and observe to carry out real-time supplementary.

The normal saline holds chamber 4 and is the setting of rectangle cavity, normal saline holds and is equipped with normal saline feeding sealing member 22 on the upper wall in chamber 4, normal saline feeding sealing member 22 can carry out the blowing operation and seal to normal saline solution, normal saline holds and is equipped with normal saline solution observation post 23 on the chamber 4 lateral wall, normal saline solution observation post 23 can be observed the solution that normal saline held in chamber 4 in real time to supply in real time.

The sodium hydroxidesolution observation column 19, the formalinsolution observation column 21 and the normal saline solution observation column 23 are semi-cylindrical, and the sodium hydroxidesolution observation column 19, the formalinsolution observation column 21 and the normal saline solution observation column 23 are made of transparent plastic materials.

The transparent protective cover 5 is made of transparent plastic, so that the suction condition of the disinfectant can be observed conveniently.

During specific use, the user opens sodium hydroxide solution feeding sealing member in proper order, formalin solution feedingsealing member 20 and normal saline feeding sealing member 22, and in proper order with sodium hydroxide solution, formalin solution and normal saline add into sodium hydroxide solution and hold chamber 2, formalin solution holds chamber 3 and normal saline holds in chamber 4, when disinfecting nephrology department dialysis device, link nephrology department dialysis device with antisepticsolution discharging pipe 17, the other end links to each other with waste liquid inlet pipe 8, start normalsaline suction pump 12 in proper order, sodiumhydroxide suction pump 10 andformalin suction pump 11, normalsaline suction pump 12, sodiumhydroxide suction pump 10 andformalin suction pump 11 begin to construct work, in proper order with normal saline, sodium hydroxide solution and formalin solution pass throughwater pipe 16 and hold chamber 4 from normal saline, sodium hydroxide solution holds in chamber 2 and formalin solution and holds in chamber 3 and takes out and gets into normal saline control electricity alongwater pipe 16 and control roomtemperature Magnet valve 15, among sodium hydroxidecontrol solenoid valve 13 and formalincontrol solenoid valve 14, normal salinecontrol solenoid valve 15, sodium hydroxidecontrol solenoid valve 13 and formalincontrol solenoid valve 14 can control normal saline, the size of sodium hydroxide solution and formalin solution flow, normal saline then, sodium hydroxide solution and formalin solution pass through in 16 entering antisepticsolution discharging pipes 17 of water pipe and enter and disinfect nephrology department dialysis device among the nephrology department dialysis device, waste liquid after the disinfection is accomplished gets into waste liquid collecting box 7 along waste liquid inlet pipe 8 in, after the disinfection with the waste liquid follow waste liquid discharging pipe 9 discharge can, above just be the utility model discloses holistic work flow, repeat this step during next use can.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims (7)

1. The utility model provides a clinical degassing unit that uses of nephrology dept which characterized in that: comprises a disinfection protective shell, a sodium hydroxide solution containing cavity, a formalin solution containing cavity, a normal saline containing cavity, a transparent protective cover, a disinfectant pumping device, a waste liquid collecting box, a waste liquid inlet pipe and a waste liquid discharging pipe, wherein the sodium hydroxide solution containing cavity is arranged in the disinfection protective shell, the formalin solution containing cavity is arranged in the disinfection protective shell, the normal saline containing cavity is arranged in the disinfection protective shell, the formalin solution containing cavity is arranged between the sodium hydroxide solution containing cavity and the normal saline containing cavity, the waste liquid collecting box is arranged in the disinfection protective shell, the transparent protective cover is arranged on the disinfection protective shell, the disinfectant pumping device is arranged in the transparent protective cover and is communicated with the sodium hydroxide solution containing cavity, the formalin solution containing cavity and the normal saline containing cavity in a sealed way, the waste liquid inlet pipe is communicated with the waste liquid collecting box in a sealed way, the waste liquid discharging pipe is arranged on the bottom wall of the waste liquid collecting box and is communicated with the waste liquid collecting box.

2. The clinical degassing device for nephrology department according to claim 1, characterized in that: antiseptic solution suction device includes sodium hydroxide suction pump, formalin suction pump, normal saline suction pump, sodium hydroxide control solenoid valve, formalin control solenoid valve, normal saline control solenoid valve, water pipe and antiseptic solution discharging pipe, sodium hydroxide control solenoid valve's one end leads to pipe and holds the chamber with sodium hydroxide solution and link up continuously, and the other end leads to pipe and links up continuously with sodium hydroxide control solenoid valve, the one end of formalin suction pump leads to pipe and holds the chamber with formalin solution and link up continuously, and the other end leads to pipe and links up continuously with formalin control solenoid valve, the one end of normal saline suction pump leads to pipe and holds the chamber with normal saline and link up continuously, and the other end leads to pipe and normal saline control solenoid valve link up continuously, antiseptic solution discharging pipe leads to pipe and sodium hydroxide control solenoid valve through water pipe, the formalin control electromagnetic valve is connected with the physiological saline control electromagnetic valve.

3. The clinical degassing device for nephrology department according to claim 2, characterized in that: the sodium hydroxide solution holds the chamber and is the setting of rectangle cavity, the sodium hydroxide solution holds and is equipped with sodium hydroxide feeding sealing member on the upper wall in chamber, the sodium hydroxide solution holds and is equipped with the sodium hydroxide solution observation post on the chamber lateral wall.

4. The clinical degassing device for nephrology department according to claim 3, characterized in that: formalin solution holds the chamber and is the setting of rectangle cavity, formalin solution holds and is equipped with formalin solution feeding sealing member on the upper wall in chamber, formalin solution holds and is equipped with formalin solution observation post on the chamber lateral wall.

5. The clinical degassing device for nephrology department according to claim 4, characterized in that: the saline solution containing cavity is a rectangular hollow cavity, a saline solution feeding sealing element is arranged on the upper wall of the saline solution containing cavity, and a saline solution observation column is arranged on the side wall of the saline solution containing cavity.

6. The clinical degassing device for nephrology department according to claim 5, characterized in that: the sodium hydroxide solution observation column, the formalin solution observation column and the normal saline solution observation column are semi-cylindrical and are made of transparent plastics.

7. The clinical degassing device for nephrology department according to claim 6, characterized in that: the transparent protective cover is made of transparent plastic.

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