CN205321331U

CN205321331U - Operation cap

Info

Publication number: CN205321331U
Application number: CN201620096780.9U
Authority: CN
Inventors: 常学进
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-30
Filing date: 2016-01-30
Publication date: 2016-06-22
Anticipated expiration: 2026-01-30

Abstract

The utility model relates to an operation cap belongs to medical protection articles for use technical field. Operation cap, including the cap body, the cap body down along by interiorly be equipped with the breathable moisture absorbing layer that thickness is 0.5 -1.0mm outside to in proper order, antibacterial layer and the thickness that thickness is 0.2 -0.3mm is 0.3 -1.2mm bamboo charcoal hot melt non -woven fabrics layer, the internal top of cap is equipped with epoxy resin intermediate layer in bags, the external surface of cap is equipped with the air vent, external miniature circulating pump and the fin radiator of being equipped with of cap, the internal tubes in line that is equipped with of cap, the internal wall of cap are equipped with temperature sensor, the external controlling means that is equipped with of cap. The utility model discloses can effectively prevent the sweat whereabouts of the in -process of performing the operation, guarantee going on smoothly of operation technique, antibacterial layer can effectively prevent the bacterium reproduction simultaneously, realizes asepticization operation, has effectual, the characteristics antibacterial and that the comfort level is good of breathing freely of sweat -absorbing.

Description

Operating cap

Technical field

This utility model relates to a kind of operating cap, belongs to medical protection articles for use technical field。

Background technology

When doctor performs the operation in an aseptic environment, typically require and wear operating cap, because operating time is longer, in operation, head can be perspired unavoidably, it is thus desirable to other people help to wipe the sweat, this can bring inconvenience to actual operation, and current operating cap fabric generally adopts non-woven fabrics, and its absorbing sweat effect is poor, the breathability of fabric is also bad。

Utility model content

According to above deficiency of the prior art, the technical problems to be solved in the utility model is: provide a kind of operating cap, has that absorbing sweat is effective, ventilated bacterium-suppressing and a good feature of comfort level。

Operating cap described in the utility model, including cap body, along being sequentially provided with thickness to be from inside to outside the ventilative absorbing sweat layer of 0.5-1.0mm, thickness be the antibacterial layer of 0.2-0.3mm and thickness is 0.3-1.2mm bamboo charcoal hot melt nonwoven layer of cloth under cap body；Cap body inner top is provided with bagged cold gel interlayer；Cap body outer surface is provided with passage。

Wherein:

Described ventilative absorbing sweat layer is bamboo hemp fibre knitting face fabric of blended yarn layer。

Described antibacterial layer is the bed of cloth being made up of corn fiber。

Described passage diameter is 0.1-0.2cm。

Described cap body is externally provided with miniature circulating pump and fin radiator, tubes in line it is provided with in cap body, the input on net tubulature road passes sequentially through miniature circulating pump and fin radiator is connected to the outfan of tubes in line, cap body inwall is provided with temperature sensor, cap body is externally provided with control device, temperature sensor is connected to control device signal receiving end, and the power end of miniature circulating pump is connected to power supply by controlling device。

Described control device is comparator and relay, one input of comparator is connected to the voltage source of corresponding 39 degrees Celsius of signal voltage intensity, another input is connected to the signal output part of temperature sensor, the outfan of the comparator coil ground connection by relay, the power end of miniature circulating pump is connected to power supply by the normally opened contact of relay。

Operation principle: the temperature sensor in cap body is used for detecting cap body temperature, and send temperature signal in real time to controlling device, when temperature is higher than controlling when arranging temperature of setting in device, control device and control circulating pump work, the liquid circulation in tubes in line is made to pass through fin radiator, making the liquid in tubes in line be dispelled the heat, thus reducing head temperature, and serving the effect refreshed oneself of decompression。

When the signal intensity that temperature sensor sends is better than voltage source, the outfan output high level signal of comparator is to the coil of relay, the coil of relay obtains electric, the normally opened contact Guan Bi of relay, circulating pump intervention work, after temperature lowers, when the signal that temperature sensor sends is lower than voltage source, comparator stops sending high level signal, and relay playbacks, and circulating pump quits work。

This utility model is had the beneficial effect that

(1) three-decker of the present utility model can effectively stop perspiration to fall, it is ensured that being smoothed out of operation technique；

(2) antibacterial layer can effectively prevent bacterial reproduction, it is achieved asepticization is performed the operation。

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model。

Fig. 2 is the circuit diagram controlling device in this utility model。

In figure: 1, bamboo charcoal hot melt nonwoven layer of cloth；2, antibacterial layer；3, ventilative absorbing sweat layer；4, passage；5, bagged cold gel interlayer；6, tubes in line；7, miniature circulating pump；8, fin radiator；9, device is controlled；10, temperature sensor；11, comparator；12, relay。

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiment of the present utility model is described further:

As shown in Figure 1-2, described operating cap include cap body, along being sequentially provided with thickness to be from inside to outside the ventilative absorbing sweat layer 1 of 0.5-1.0mm, thickness be the antibacterial layer 2 of 0.2-0.3mm and thickness is 0.3-1.2mm bamboo charcoal hot melt nonwoven layer of cloth 3 under cap body；Cap body inner top is provided with bagged cold gel interlayer 5；Cap body outer surface is provided with the passage 4 that diameter is 0.1-0.2cm；Described ventilative absorbing sweat layer is bamboo hemp fibre knitting face fabric of blended yarn layer, and antibacterial layer is the bed of cloth being made up of corn fiber；Cap body is externally provided with miniature circulating pump 7 and fin radiator 8, tubes in line 6 it is provided with in cap body, the input of tubes in line 6 passes sequentially through miniature circulating pump 7 and fin radiator 8 is connected to the outfan of tubes in line 6, cap body inwall is provided with temperature sensor 10, cap body is externally provided with control device 9, temperature sensor 10 is connected to control device 9 signal receiving end, and the power end of miniature circulating pump 7 is connected to power supply by controlling device 9；Described control device 9 is comparator 11 and relay 12, one input of comparator 11 is connected to the voltage source of corresponding 39 degrees Celsius of signal voltage intensity, another input is connected to the signal output part of temperature sensor 10, the outfan of the comparator 11 coil ground connection by relay 12, the power end of miniature circulating pump 7 is connected to power supply by the normally opened contact of relay 12。

Wherein, temperature sensor 10 in cap body is used for detecting cap body temperature, and send temperature signal in real time to controlling device 9, when temperature is higher than controlling when arranging temperature of setting in device 9, control device 9 controls miniature circulating pump 7 and works, make the liquid circulation in tubes in line 6 by fin radiator 8, the liquid in tubes in line 6 is made to be dispelled the heat, thus reducing head temperature, and serve the effect refreshed oneself of decompression, when the signal intensity that temperature sensor 10 sends is better than voltage source, the outfan output high level signal of comparator 11 is to the coil of relay 12, the coil of relay 12 obtains electric, the normally opened contact Guan Bi of relay 12, miniature circulating pump 7 gets involved work, after temperature lowers, when the signal that temperature sensor 10 sends is lower than voltage source, comparator 11 stops sending high level signal, relay 12 playbacks, miniature circulating pump 7 quits work。

Technical solutions of the utility model simple and feasible, contributes to absorbing sweat, heat radiation, facilitates operation technique simultaneously。

Claims

1. operating cap, including cap body, it is characterised in that: along being sequentially provided with thickness to be from inside to outside the ventilative absorbing sweat layer (3) of 0.5-1.0mm, thickness be the antibacterial layer (2) of 0.2-0.3mm and thickness is 0.3-1.2mm bamboo charcoal hot melt nonwoven layer of cloth (1) under cap body；Cap body inner top is provided with bagged cold gel interlayer (5)；Cap body outer surface is provided with passage (4)。

2. operating cap according to claim 1, it is characterised in that: ventilative absorbing sweat layer (3) is bamboo hemp fibre knitting face fabric of blended yarn layer。

3. operating cap according to claim 1, it is characterised in that: antibacterial layer (2) is the bed of cloth being made up of corn fiber。

4. operating cap according to claim 1, it is characterised in that: passage (4) diameter is 0.1-0.2cm。

5. operating cap according to claim 1, it is characterized in that: cap body is externally provided with miniature circulating pump (7) and fin radiator (8), tubes in line (6) it is provided with in cap body, the input of tubes in line (6) passes sequentially through miniature circulating pump (7) and fin radiator (8) is connected to the outfan of tubes in line (6), cap body inwall is provided with temperature sensor (10), cap body is externally provided with control device (9), temperature sensor (10) is connected to control device (9) signal receiving end, the power end of miniature circulating pump (7) is connected to power supply by controlling device (9)。

6. operating cap according to claim 5, it is characterized in that: controlling device (9) is comparator (11) and relay (12), one input of comparator (11) is connected to the voltage source of corresponding 39 degrees Celsius of signal voltage intensity, another input is connected to the signal output part of temperature sensor (10), the outfan of comparator (11) the coil ground connection by relay (12), the power end of miniature circulating pump (7) is connected to power supply by the normally opened contact of relay (12)。