CN201094619Y - Digestion endoscope drying device - Google Patents

Abstract

A digestion endoscopy drying device belongs to a medical device which mainly includes an air blowing system. A digestion endoscopy connecting part is connected with the air blowing system. A suction apparatus is connected with the suction interface of a digestion endoscopy. The interface of the injection pipe water receiving bottle of the digestion endoscopy is connected with a water supply port and an air supply port. A suction button channel, an air/water supply button channel and a forceps channel are closed by pipe watt plugs. The digestion endoscopy drying device has the advantages of material drawing convenience, less input, simple operation, good drying effect and low cost through transforming parts of an original digestion endoscopy.

Description

Digestive endoscope drying device

technical field

The utility model relates to a drying device for drying digestive endoscopes, which belongs to medical equipment.

Background technique

Digestive endoscopes need to be routinely dried after disinfection and cleaning, and then stored for later use, otherwise they are prone to mildew and bacteria breeding. The health department especially requires strict implementation of this operation process. At present, hospitals at all levels mainly adopt the following methods for drying endoscopes: use fully automatic "system disinfection and drying equipment" to dry; use air pumps to dry; use absolute alcohol to dry naturally. The former is effective, but expensive and difficult to popularize; the latter two are cheap, but time-consuming and laborious, and the effect is not good.

Contents of the invention

The purpose of the utility model is to provide a drying device for digestive endoscopes which is convenient in obtaining materials, less in investment, simple in operation, good in drying effect and low in cost.

The purpose of this utility model is achieved in the following way: a digestive endoscope drying device, comprising an air blowing system 8, a digestive endoscope connecting portion 9 connected to the air blowing system 8, and an aspirator 10 sucking the digestive endoscope through a connecting pipe 11. The interface 4 is connected, the injection tube of the digestive endoscope is connected to the water bottle interface 12 and the water supply port 1 and the gas supply port 2 are connected, and the suction button hole 5, the gas supply/water button hole 6 and the forceps mouth 7 are closed by the pipe plug 13.

The digestive endoscope drying device provided by the utility model, through the transformation of the original digestive endoscope parts, has the advantages of convenient materials, less investment, simple operation, good drying effect and low use cost.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described in further detail.

Fig. 1 is a schematic diagram of the overall structure of the utility model.

Detailed ways

The utility model adopts the following structure: a digestive endoscope drying device, including an air blowing system 8, a connecting part 9 of the digestive endoscope is connected with the air blowing system 8, and an aspirator 10 is connected with the suction interface 4 of the digestive endoscope through a connecting pipe 11 , the injection tube of the digestive endoscope is connected to the water bottle interface 12 with the water supply port 1 and the gas supply port 2, and the suction button hole 5, the gas supply/water button hole 6 and the pliers mouth 7 are closed by the pipeline plug 13.

The working principle of the utility model is: the digestive endoscope has two channels, that is, air supply/water and suction biopsy channels, but there are four holes in these two channels, if these four holes are blocked, two relatively closed channels are formed. Channel, and then through the air supply and suction to take away the water vapor to achieve the purpose of drying the endoscope.

The working process of the utility model is as follows: Insert the required dry connecting part of the digestive endoscope into the blowing system 8, the blowing system 8 is the light source of the endoscope, and the suction device 10 is connected to the suction interface of the digestive endoscope through the connecting tube 11 4 Connect, then connect the injection tube of the digestive endoscope to the water bottle interface 12 with the water supply port 1 and the gas supply port 2, and then use the pipe plug 13 to connect the water supply/gas button hole 6, the suction button hole 5 and the pliers mouth 7 Plug the endoscope, then put the endoscope on a clean bed or hang it on the endoscope frame, then turn on the switch of the air blowing system, turn on the air switch to inject air, and at the same time turn on the suction device 10 for suction. It takes about 20 to 30 minutes. Dry the endoscope well.

Claims (1)

1, a kind of digestive endoscopy drying device, comprise scavenger system (8), it is characterized in that: digestive endoscopy connecting portion (9) is connected with scavenger system (8), suction pump (10) is connected with the attraction interface (4) of digestive endoscopy by connection tube (11), the syringe pipe water receiving bottle graft mouth (12) of digestive endoscopy is connected with feed water inlet (1) and air supply opening (2), attract button hole (5), supply gas/and water buttonhole (6) and forceps channel (7) seal by pipeline connector (13).

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