CN2626428Y

CN2626428Y - Body temperature measuring cap

Info

Publication number: CN2626428Y
Application number: CN 03255202
Authority: CN
Inventors: 袁嘉林
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-07-02
Filing date: 2003-07-02
Publication date: 2004-07-21
Anticipated expiration: 2013-07-02

Abstract

The utility model discloses a body temperature measuring hat for human body, which comprises a hat body, and a hat brim connected with the hat body to form a whole, wherein a temperature measuring color changing module is disposed on the hat body above the hat brim. The color changing module further comprises a heat conducting layer, a color changing layer, a thermal insulating layer, wherein the heat conducting layer is disposed closed to the forehead of human body, the color changing layer is disposed between the heat conducting layer and the thermal insulating layer, the thermal insulating layer is disposed at the outer layer, and the three layers are connected. When the tested person wearing the body temperature measuring hat, the heat conducting layer directly contacts with the forehead of the tested person and transmits the body temperature of the tested person to the color changing layer, and the color of the color changing layer will change when the temperature is over a preset value, so that other persons (or oneself) can observe when the tested person (or oneself) is in fever. The thermal insulting layer also takes temperature isolation effect between the color changing layer and outside. The hat can know whether the test person is in fever at any time.

Description

Body temperature is measured medicated cap

Technical field

This utility model relates to medicated cap, more specifically refers to a kind of body temperature measurement medicated cap that whether is in fever with color aberration indication human body.

Background technology

The instrument of traditional measurement body temperature mainly contains mercury column clinical thermometer, electronic clinical thermometer, and the mercury column clinical thermometer generally is used for hospital, and mercury column body temperature is in respect of shortcomings such as frangible, easy intersection sense canals, and is therefore extremely inconvenient in the use; The electronic clinical thermometer measuring speed is fast, but is not that everyone can both be with the body temperature that goes at one's side to measure.Above diplobiont temperature meter all has a common shortcoming, Here it is, be difficult to tracing display anywhere or anytime and be in fever patient's temperature, can only when measuring, could show tested body temperature person's temperature, as everybody knows, a people's body temperature may change at any time, especially be engaged in the personnel of service occupation for some, need understand them at any time and whether be in the fever state, use above-mentioned diplobiont temperature meter then obviously just not too convenient.

Summary of the invention

The purpose of this utility model is the shortcoming that exists at above-mentioned traditional clinical thermometer, and the body temperature that provides a kind of measured of tracing display at any time whether to be in the fever state is measured medicated cap.

To achieve these goals, this utility model adopts following technical scheme: this body temperature is measured medicated cap and is comprised medicated cap body and the shade that is connected as a single entity with the medicated cap body, phase embedding one thermometric variable color module on the medicated cap body that is positioned at above the shade, the variable color module further comprises heat-conducting layer, photochromic layer, thermal insulation layer, heat-conducting layer is positioned at person of modern times's body frons, photochromic layer is between heat-conducting layer and thermal insulation layer, and thermal insulation layer is positioned at skin, and heat-conducting layer, photochromic layer, thermal insulation layer three are connected.

Because this utility model has adopted technique scheme, after the measured puts on this measurement of bldy temperature medicated cap, heat-conducting layer directly contacts with the body temperature of measured's forehead, body temperature is delivered to photochromic layer through heat-conducting layer, after temperature surpassed a temperature of setting, the color of photochromic layer changed, at this moment, other people (or controlling oneself) just observes measured's (or oneself) and whether is in the fever state, and thermal insulation layer also can play the isolated effect of photochromic layer and ambient temperature.Therefore this medicated cap can be understood the measured at any time and whether is in the fever state.

Description of drawings

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

Fig. 2 is a side cross-sectional schematic of the present utility model.

Fig. 3 is the broken section enlarged diagram of the nearly thermometric variable color of this utility model module section.

The specific embodiment

As everyone knows, the human body normal body temperature is 37 ℃, when body temperature is higher than 37 ℃, then is considered to human body and is in the fever state.Therefore according to medical knowledge, human body forehead temperature is lower about 0.5 ℃ than human actual measurement body temperature, and when forehead temperature during greater than 36.5 ℃, but then basic confirmation is the fever state.

For the fever patient, sometimes oneself is also not necessarily realized, others then more is difficult to discover, in some service occupatioies, people fever then may infect to contacting with it and the non-personnel that directly contact, and therefore, is necessary to allow people know whether perception oneself is in the fever state or not in the service that receives the patient that has a fever, then seem very necessary, one of reason that why can draw out at the popular SARS of China in 2003 is exactly not have early to find initial patient.As pointed in background, up to the present do not see the measurement of bldy temperature medicated cap of tracing display fever patient temperature anywhere or anytime as yet.

Please consult Fig. 1-shown in Figure 3 simultaneously, body temperature of the present utility model is measured medicated cap 10 and is comprised medicated cap body 11 and the shade 12 that is connected as a single entity with medicated cap body 11, phase embedding one thermometric variable color module 13 on the medicated cap body 11 that is positioned at above the shade 12, variable color module 13 further comprises heat-conducting layer 131, photochromic layer 132, thermal insulation layer 133, heat-conducting layer 131 is positioned at person of modern times's body frons, photochromic layer 132 is between heat-conducting layer 131 and thermal insulation layer 133, thermal insulation layer 133 is positioned at skin, and heat-conducting layer 131, photochromic layer 132, thermal insulation layer 133 threes are connected.

Heat-conducting layer 1311 and outer heat-conducting layer 1312 in described heat-conducting layer 131 comprises, interior heat-conducting layer 1311 places the both sides of medicated cap body 11 respectively with outer heat-conducting layer 1312 and connects mutually, interior heat-conducting layer 1311 is positioned at contact measured forehead one side of medicated cap body 11, and outer heat-conducting layer 1312 is positioned at medicated cap body 11 and heat-conducting layer 1311 opposite external side.

Described photochromic layer 132 adopts feel reversible color material, discoloring temperature is 32 ℃ to 36 ℃, the transformation temperature scope is lower, be lower than 36.5 ℃, then must be reduced to about 32 ℃ by the temperature of physics mode with the variable color part, just can produce a desired effect,, designed heat-conducting layer 131 (heat-conducting layer is seen Fig. 3) in order to reach this effect.Heat-conducting layer 131 not only has conductive force, but also has the effect of heat radiation, therefore be delivered to photochromic layer from 36 ℃ of measured's forehead temperature after, temperature will be less than or equal to 32 ℃, make photochromic layer 132 can not be in the state of variable color.

Described thermal insulation layer 133 is a vacuum clear layer.The making raw material of thermal insulation layer 133 is not transcalent lucite, and thermal insulation layer 133 adopts the double-layer vacuum design, can play printing opacity and heat insulation effect, make the color of photochromic layer can see through thermal insulation layer, and temperature is not easy to be subjected to the influence of ambient temperature.

Because another defective of feel reversible color material is influenced by ambient temperature easily, when temperature during, also can cause the variable color of photochromic layer 132 greater than 32 ℃, therefore, this utility model has also designed thermal insulation layer 133.Thermal insulation layer 133 can not make photochromic layer 132 influenced by the surrounding degree.

Photochromic layer 132 adopts the printing of feel reversible color material, and at 32 ℃ to 36 ℃ changeable colours, when temperature was reduced to more than 32 ℃, color can become priming color again, about 1 to 2 minute of variable color process time.According to the experimental data gained, heat-conducting layer can design about three layers.Can effectively the photochromic layer temperature be controlled in 31 ℃ the invariant color scope, when temperature during greater than 37 ℃, photochromic layer 132 surface temperatures will reach 32 ℃ and enter the variable color process.

Referring to Fig. 2, after the head that measurement medicated cap 10 of the present utility model is worn over the measured is gone up, forehead surface body temperature communicates the temperature to the outside of outer heat-conducting layer 1312 by the interior heat-conducting layer 1311 of being close to forehead, outer heat-conducting layer 1312 outsides are stained with photochromic layer 132, after photochromic layer 132 temperature reached color change interval, change color will appear in photochromic layer 132.After temperature was lower than color change interval, color can become initial color again.Outmost thermal insulation layer 133 can be isolated photochromic layer temperature and environment temperature, makes the photochromic layer color not influenced by outside air temperature.

Photochromic layer adopts commercially available " reversible feel color shifting ink ", and its color change interval is more than 32 ℃.

This utility model can allow other people observe oneself whether to be in the fever state, can to avoid interpersonal cross infection eaily, especially can play a positive role taking precautions against the severe acute respiratory syndrome stage.

Claims

1, a kind of body temperature is measured medicated cap, this measurement medicated cap comprises medicated cap body and the shade that is connected as a single entity with the medicated cap body, it is characterized in that: phase embedding one thermometric variable color module on the medicated cap body that is positioned at above the shade, the variable color module further comprises heat-conducting layer, photochromic layer, thermal insulation layer, heat-conducting layer is positioned at person of modern times's body frons, photochromic layer is between heat-conducting layer and thermal insulation layer, and thermal insulation layer is positioned at skin, and heat-conducting layer, photochromic layer, thermal insulation layer three are connected.

2, body temperature as claimed in claim 1 is measured medicated cap, it is characterized in that: heat-conducting layer and outer heat-conducting layer in described heat-conducting layer comprises, interior heat-conducting layer places the both sides of medicated cap body respectively with outer heat-conducting layer and connects mutually, interior heat-conducting layer is positioned at contact measured forehead one side of medicated cap body, and outer heat-conducting layer is positioned at medicated cap body and heat-conducting layer opposite external side.

3, body temperature as claimed in claim 1 or 2 is measured medicated cap, and it is characterized in that: described thermal insulation layer is a vacuum clear layer.