CN209251831U - A kind of sweat-absorbing operating cap - Google Patents

Abstract

The utility model discloses a kind of sweat-absorbing operating cap, including operating cap ontology, operating cap ontology includes: sweat-absorbing layer, is contacted with the head of user, for absorbing the sweat on user head；Sweat discharging layer, the sweat export around the outside for being compounded in sweat-absorbing layer, for absorbing sweat-absorbing layer；Ventilative evaporation layer, around the outside for being compounded in sweat discharging layer, for sweat evaporation derived from sweat discharging layer to be discharged；Sweat-absorbing operating cap further includes a lower guide sweat structure, and lower guide sweat structure setting is exported in the lower edge of operating cap ontology for operating cap ontology to be failed the sweat collection evaporated in time；Lower guide sweat structure includes lower guide sweat circle, is circumferentially positioned at the lower edge of operating cap ontology, and the downside of sweat-absorbing layer, sweat discharging layer and ventilative evaporation layer is protruded into lower guide sweat circle, and is connected with the inner sidewall of lower guide sweat circle.The sweat-absorbing operating cap solves existing operating cap absorbing sweat and perspires ineffective technical problem.

Description

A kind of sweat-absorbing operating cap

Technical field

The utility model relates to technical field of medical instrument, and in particular to a kind of sweat-absorbing operating cap.

Background technique

Operating cap is a kind of cap performed the operation and worn often, usually on operating table, operative doctor appearance when performing an operation Easily perspire.Although there is air-conditioning in interior, due to the light irradiation of surgical instrument, in addition operating time is long, degree-of-difficulty factor is big, still It is easy to perspire, especially for the doctor that some figures are more fat.The absorbing sweat of existing tradition sweat-absorbing operating cap perspires effect not It is good, even if still having sweat outflow when with traditional sweat-absorbing operating cap operation, nurse is accompanied in this case and needs to help its wiping It wipes, this may will affect surgical procedure, make troubles.

Therefore, it is necessary to develop a kind of novel sweat-absorbing operating cap, further increases and perspire effect, avoid wiping the sweat to operation The influence of operation.

Utility model content

The main purpose of the utility model is to provide a kind of sweat-absorbing operating caps, are inhaled with solving operating cap in the prior art Sweat perspires ineffective technical problem.

To achieve the goals above, the utility model provides a kind of sweat-absorbing operating cap, including operating cap ontology, operating cap Ontology includes: sweat-absorbing layer, is contacted with the head of user, for absorbing the sweat on user head；Sweat discharging layer surround and is compounded in The outside of the sweat-absorbing layer, the sweat export for absorbing the sweat-absorbing layer；Ventilative evaporation layer, surround and is compounded in sweat discharging layer Outside, for sweat evaporation derived from sweat discharging layer to be discharged；Sweat-absorbing operating cap further includes a lower guide sweat structure, lower guide sweat knot The lower edge of operating cap ontology is arranged in structure, for operating cap ontology to be failed the sweat collection evaporated in time export；Lower guide sweat Structure includes: lower guide sweat circle, is circumferentially positioned at the lower edge of operating cap ontology, under sweat-absorbing layer, sweat discharging layer and ventilative evaporation layer Side is protruded into lower guide sweat circle, and is connected with the inner sidewall of lower guide sweat circle.

Further, the cross section of lower guide sweat circle is in U-typed, and the lower edge of operating cap ontology is with lower guide sweat circle by inner The inner wall of side be connected.

Further, the lower edge of operating cap ontology protrudes into the transversal of of length no more than lower guide sweat circle in lower guide sweat circle The half of the height in face.

Further, one is provided on rear side of sweat-absorbing operating cap on lower guide sweat circle and perspires mouth, perspire and be plugged with water suction in mouth Sponge, water-absorbing sponge are stretched out from mouth is perspired.

Further, lower guide sweat circle is silica gel ring.

Using the sweat-absorbing operating cap of technical solutions of the utility model, by by operating cap ontology set gradually from inside to outside for Sweat-absorbing layer, sweat discharging layer and ventilative evaporation layer, the sweat on user head is exported after sweat-absorbing layer absorbs by sweat discharging layer, then is passed through Sweat evaporation is discharged ventilative evaporation layer；Also, lower guide sweat structure is arranged by the lower edge in operating cap ontology, by operating cap Ontology fails the sweat collection evaporated in time export；By with the special operating cap ontology combination lower guide sweat knot for perspiring structure Structure, the absorbing sweat for effectively increasing operating cap perspire ability, solve existing operating cap absorbing sweat and perspire ineffective technical problem.

Detailed description of the invention

The accompanying drawings constituting a part of this application is used to provide a further understanding of the present invention, this is practical Novel illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model. In the accompanying drawings:

Fig. 1 is the structure schematic diagram of the utility model sweat-absorbing operating cap.

Fig. 2 is the schematic cross-sectional view of the utility model sweat-absorbing operating cap.

Wherein, the above drawings include the following reference numerals:

10, sweat-absorbing layer；20, sweat discharging layer；30, ventilative evaporation layer；40, lower guide sweat structure；41, lower guide sweat circle；42, it arranges Sweat mouth；43, water-absorbing sponge.

Specific embodiment

For the ease of understanding the utility model, below in conjunction with Figure of description and preferred embodiment to the utility model Work more comprehensively, meticulously describes, but the protection scope of the utility model is not limited to embodiment in detail below.

Unless otherwise defined, all technical terms used hereinafter and the normally understood meaning of those skilled in the art It is identical.The similar word of "one" or " one " etc. used in the utility model patent application specification and claims is not It indicates quantity limitation, but indicates that there are at least one."upper", "lower", "left", "right" etc. are only used for indicating that relative position is closed System, after the absolute position for being described object changes, then the relative positional relationship also correspondingly changes.

As depicted in figs. 1 and 2, a kind of sweat-absorbing operating cap of the utility model embodiment, including operating cap ontology, the operation Cap ontology is disposed with sweat-absorbing layer 10, sweat discharging layer 20 and ventilative evaporation layer 30 from inside to outside.Wherein, sweat-absorbing layer 10 and user Head contact, for absorbing the sweat on user head；Sweat discharging layer 20 is around the outside for being compounded in sweat-absorbing layer 10, for that will inhale The sweat export that sweat layer 10 absorbs；Ventilative evaporation layer 30 is around the outside for being compounded in sweat discharging layer 20, for exporting sweat discharging layer 20 Sweat evaporation discharge.The sweat-absorbing operating cap further includes a lower guide sweat structure 40, which is arranged in hand The lower edge of art cap ontology, for operating cap ontology to be failed the sweat collection evaporated in time export；The lower guide sweat structure 40 packet Include: lower guide sweat circle 41 is circumferentially positioned at the lower edge of operating cap ontology, sweat-absorbing layer 10, sweat discharging layer 20 and ventilative evaporation layer 30 Downside is protruded into lower guide sweat circle 41, and is connected with the inner sidewall of lower guide sweat circle 41.Sweat-absorbing layer 10,20 and of sweat discharging layer Ventilative evaporation layer 30 is made by current material.

Above-mentioned sweat-absorbing operating cap, by being set gradually operating cap ontology from inside to outside as sweat-absorbing layer 10, sweat discharging layer 20 It is exported after the absorption of sweat-absorbing layer 10 by sweat discharging layer 20 with the sweat of ventilative evaporation layer 30, user head, then is steamed by ventilative Sweat evaporation is discharged hair layer 30；Also, lower guide sweat structure 40 is arranged by the lower edge in operating cap ontology, by operating cap Ontology fails the sweat collection evaporated in time export；By perspiring structure (sweat-absorbing layer, sweat discharging layer, ventilative evaporation layer) with special Operating cap ontology combination lower guide sweat structure 40, the absorbing sweat for effectively increasing operating cap perspires ability, solves existing operation Cap absorbing sweat perspires ineffective technical problem.

Referring to fig. 2, in the present embodiment, the cross section of lower guide sweat circle 41 is in U-typed, and the lower edge of operating cap ontology is under The inner wall by inner side that portion leads sweat circle 41 is connected.In this way, operating cap ontology fail the sweat evaporated in time can to flow down Enter and is collected in lower guide sweat circle 41.By the inner wall phase by inner side of the lower edge of operating cap ontology and lower guide sweat circle 41 On the other hand connection, sweat that on the one hand can well under receiving stream can make the one side outstanding of lower guide sweat circle 41 outside, mention Comfort when high user wears.

Referring to fig. 2, further, the lower edge of operating cap ontology protrudes into of length no more than lower guide in lower guide sweat circle 41 The half of the height of the cross section of sweat circle 41.In this way, allowing the sweat flowed out from operating cap ontology swimmingly under Portion leads flowing in sweat circle 41, and the lower edge of operating cap ontology will not be immersed in the sweat of collection.

Referring to Fig. 1, in the present embodiment, it is provided with one on rear side of sweat-absorbing operating cap on lower guide sweat circle 41 and perspires mouth 42, this, which is perspired, is plugged with water-absorbing sponge 43 in mouth 42, which stretches out from mouth 42 is perspired.The sweat collected from operating cap ontology Liquid is collected in through lower guide sweat circle 41 and is perspired at mouth 42, is exported through water-absorbing sponge 43 to the outside of lower guide sweat circle 41, is constantly steamed Send a manuscript to the compositor out.

In order to further increase the comfort when sweat-absorbing operating cap is worn, in the present embodiment, lower guide sweat circle 41 is preferred Using silica gel ring.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (5)

1. a kind of sweat-absorbing operating cap, including operating cap ontology, which is characterized in that the operating cap ontology includes:

Sweat-absorbing layer (10), contacts with the head of user, for absorbing the sweat on user head；

Sweat discharging layer (20), the sweat around the outside for being compounded in the sweat-absorbing layer (10), for absorbing the sweat-absorbing layer (10) Export；

Ventilative evaporation layer (30), around the outside for being compounded in the sweat discharging layer (20), for the sweat discharging layer (20) is derived Sweat evaporation discharge；

The sweat-absorbing operating cap further includes a lower guide sweat structure (40), and the lower guide sweat structure (40) is arranged in the operation The lower edge of cap ontology, for the operating cap ontology to be failed the sweat collection evaporated in time export；

The lower guide sweat structure (40) includes:

Lower guide sweat circle (41) is circumferentially positioned at the lower edge of the operating cap ontology, the sweat-absorbing layer (10), the sweat discharging layer (20) protruded into the downside of the ventilative evaporation layer (30) in the lower guide sweat circle (41), and with the lower guide sweat circle (41) inner sidewall is connected.

2. sweat-absorbing operating cap according to claim 1, which is characterized in that the cross section of the lower guide sweat circle (41) is in U-typed, the lower edge of the operating cap ontology are connected with the inner wall by inner side of the lower guide sweat circle (41).

3. sweat-absorbing operating cap according to claim 2, which is characterized in that the lower edge of the operating cap ontology protrude into it is described under Lead the half of the height of the cross section of of length no more than lower guide sweat circle (41) in sweat circle (41) in portion.

4. sweat-absorbing operating cap according to claim 1, which is characterized in that in the absorbing sweat on the lower guide sweat circle (41) It is provided with one on rear side of operating cap to perspire mouth (42), described perspire in mouth (42) is plugged with water-absorbing sponge (43), the water-absorbing sponge (43) it is stretched out from described perspire mouth (42).

5. sweat-absorbing operating cap according to claim 1, which is characterized in that the lower guide sweat circle (41) is silica gel ring.