阅读说明：本技术 便携式调温调湿防护服 (Portable temperature-regulating humidity-regulating protective clothing ) 是由 陈建民 赵丽萍 张文涛 惠小青 李永校 蔡水占 钱俊有 张建中 任保国 韩笑 冯 于 2021-08-28 设计创作，主要内容包括：本发明涉及防护服技术领域,名称是便携式调温调湿防护服,包括防护服本体,所述的防护服本体是配合穿戴在人体上的服装,它包括帽部、躯干部、上肢部和下肢部；所述的防护服本体是双层的结构,分别是里面的内层和外面的外层,内层和外层之间是形成防护服腔；其特征是：本防护服还包括一个供气装置,所述的供气装置具有输气管,所述的输气管通向防护服腔内；所述的内层是透气的布料层,所述的输气管一端或中间具有调温部件；所述的输气管还通过空气湿度调节装置,所述的空气湿度调节装置可以调节输气管里面通过的空气的湿度,具有可以调节作用于人体空气的湿度,可以使人体更舒适的优点。(The invention relates to the technical field of protective clothing, in particular to portable temperature and humidity regulating protective clothing, which comprises a protective clothing body, wherein the protective clothing body is a piece of clothing which is worn on a human body in a matching way and comprises a cap part, a trunk part, an upper limb part and a lower limb part; the protective clothing body is of a double-layer structure and is respectively an inner layer inside and an outer layer outside, and a protective clothing cavity is formed between the inner layer and the outer layer; the method is characterized in that: the protective clothing also comprises an air supply device, wherein the air supply device is provided with an air pipe which leads to the cavity of the protective clothing; the inner layer is a breathable cloth layer, and one end or the middle of the gas transmission pipe is provided with a temperature regulating component; the air pipe still pass through air humidity adjusting device, air humidity adjusting device can adjust the humidity of the air that the air pipe the inside passes through, have the humidity that can adjust the air that acts on human body, can make the more comfortable advantage of human body.)

1. The portable temperature and humidity regulating protective clothing comprises a protective clothing body, wherein the protective clothing body is a piece of clothing worn on a human body in a matching manner and comprises a cap part, a trunk part, an upper limb part and a lower limb part; the protective clothing body is of a double-layer structure and is respectively an inner layer inside and an outer layer outside, and a protective clothing cavity is formed between the inner layer and the outer layer; the method is characterized in that: the protective clothing also comprises an air supply device, wherein the air supply device is provided with an air pipe which leads to the cavity of the protective clothing; the inner layer is a breathable cloth layer, and one end or the middle of the gas transmission pipe is provided with a temperature regulating component; the air delivery pipe still pass through air humidity adjusting device, air humidity adjusting device can adjust the humidity of the air that the air delivery pipe the inside passes through.

2. The portable temperature and humidity regulating protective garment of claim 1, wherein: the temperature regulating component is a semiconductor refrigerating component, and the semiconductor refrigerating component is connected with the storage battery.

3. The portable temperature and humidity regulating protective garment of claim 1, wherein: the temperature regulating component is provided with a first regulating switch for regulating the temperature, and the air humidity regulating device is provided with a second regulating switch for regulating the humidity.

4. The portable temperature and humidity regulating protective garment of claim 2 or 3, wherein: the first cloth is arranged on the inner layer or/and the cap part or/and the neck part or/and the limb pit part or/and the chest part or/and the front and back chest part or/and the front thigh root part, and the other parts are the second cloth, wherein the first cloth has higher air permeability than the second cloth.

5. The portable temperature and humidity regulating protective garment of claim 5, wherein: the outer layer is a third cloth layer, and the outer layer is made of airtight materials or cloth with air permeability being poorer than that of the second cloth.

6. The portable temperature and humidity regulating protective garment of claim 5, wherein: the outer layer is provided with one or more ventilation windows, a cloth layer which is a fourth cloth layer is arranged in each ventilation window, the fourth cloth layer is a ventilation layer, a window cover formed by the outer layer is arranged outside each ventilation outlet, and when the window cover covers the ventilation windows, the fourth cloth layer is not exposed; when the window cover is not covered on the ventilation window, the fourth fabric layer is exposed.

7. The portable temperature and humidity regulating protective garment of claim 6, wherein: the outer layer is a third cloth layer, the fifth cloth layer corresponds to the first cloth layer on the outer layer and the inner layer, and the fifth cloth layer has higher air permeability compared with the third cloth layer.

8. The portable temperature and humidity regulating protective garment of claim 6, wherein: the ventilation window is arranged at or/and the front chest part, or/and the front and back chest parts and is in a vertical strip shape; the ventilation window is arranged on the outer side of the upper limb or/and the lower limb and is in a vertical strip shape.

9. The portable temperature and humidity regulating protective garment of claim 8, wherein: the protective clothing body have a plurality of protective clothing district, around the protective clothing district, the inlayer links together with the skin of outside and forms independent protective clothing branch chamber, air feeder include a plurality of air feeder monomers, a plurality of protective clothing branch chambers are connected respectively to a plurality of air feeder monomers.

10. The portable temperature and humidity regulating protective garment of claim 9, wherein: the air supply device, the temperature adjusting part and the air humidity adjusting device are connected with a control device, the air humidity adjusting device is provided with a setting module, and the setting module can set the strength of the air supply device, the temperature of the air supply device and the air humidity of the air humidity adjusting device.

Technical Field

The invention relates to the technical field of protective clothing, in particular to portable temperature and humidity regulating protective clothing.

Background

The protective clothing category comprises protective clothing used by special people such as medical protective clothing and industrial protective clothing. Many protective clothing all have sealed requirement, for example medical protective clothing, but current medical protective clothing all the shortcoming that the gas permeability is not good generally, and the dress time is long, can lead to medical personnel's the whole wet through of clothes, especially in hot summer, does not possess the cooling function, influences medical personnel's health.

In the patent documents with the publication number of CN2128143543 and the patent number of 202020923245.2 and the name of battery-powered temperature-regulating protective clothing, the protective clothing comprises a protective clothing main body, wherein a temperature regulating device is connected to the protective clothing main body and is connected with a power supply, the temperature regulating device comprises a connecting plate, the protective clothing main body is in sealing connection with the connecting plate, a heat dissipation structure is arranged on one side of the connecting plate, a temperature control structure is arranged on the other side of the connecting plate, and the temperature control structure is positioned in the protective clothing main body.

In the prior art, the protective clothing cannot adjust the temperature and humidity and has the defect of inconvenient use, and in addition, the protective clothing cannot adjust the individual parts of the human body to be adjusted, so that the comfort level of the human body is reduced, and the requirement of people for more comfort cannot be met.

Disclosure of Invention

The invention aims to solve the defects and provides a protective garment, namely a portable temperature and humidity regulating protective garment, which is more convenient to carry and more comfortable for human bodies.

The technical scheme of the invention is realized in such a way that the portable temperature-adjusting and humidity-adjusting protective clothing comprises a protective clothing body, wherein the protective clothing body is a garment worn on a human body in a matching way and comprises a cap part, a trunk part, an upper limb part and a lower limb part; the protective clothing body is of a double-layer structure and is respectively an inner layer inside and an outer layer outside, and a protective clothing cavity is formed between the inner layer and the outer layer; the method is characterized in that: the protective clothing also comprises an air supply device, wherein the air supply device is provided with an air pipe which leads to the cavity of the protective clothing; the inner layer is a breathable cloth layer, and one end or the middle of the gas transmission pipe is provided with a temperature regulating component; the air delivery pipe still pass through air humidity adjusting device, air humidity adjusting device can adjust the humidity of the air that the air delivery pipe the inside passes through.

Furthermore, the temperature regulating component is a semiconductor refrigerating component, and the semiconductor refrigerating component is connected with the storage battery.

Furthermore, the temperature adjusting component is provided with a first adjusting switch for adjusting the temperature, and the air humidity adjusting device is provided with a second adjusting switch for adjusting the humidity.

Furthermore, a first fabric is arranged on the inner layer or/and the cap part or/and the neck part or/and the limb pit part or/and the front chest part or/and the front and back chest part or/and the front thigh root part, and the other parts are second fabrics, wherein the first fabric has higher air permeability than the second fabric.

Further, the outer layer is a third cloth layer, and the outer layer is made of an airtight material or a cloth with air permeability poorer than that of the second cloth.

Furthermore, the outer layer is provided with one or more ventilation windows, a cloth layer which is a fourth cloth layer is arranged in the ventilation windows, the fourth cloth layer is a ventilation layer, a window cover formed by the outer layer is arranged outside the ventilation outlet, and when the window cover covers the ventilation windows, the fourth cloth layer is not exposed; when the window cover is not covered on the ventilation window, the fourth fabric layer is exposed.

Further, the outer layer is a third cloth layer, the fifth cloth is arranged on the outer layer and corresponds to the first cloth of the inner layer, and the fifth cloth has higher air permeability compared with the third cloth.

Furthermore, the ventilation window is arranged at or/and the front chest part or/and the front and back chest parts.

Furthermore, the ventilation window is in a vertical strip shape at or/and the front chest part or/and the front and back chest parts.

Furthermore, the ventilation window is arranged on the outer side of the upper limb or/and the lower limb and is in a vertical strip shape.

Furthermore, the protective clothing body is provided with a plurality of protective clothing areas, the inner layer and the outer layer of the outer surface are connected together to form independent protective clothing sub-cavities around the protective clothing areas, the air supply device comprises a plurality of air supply device monomers, and the plurality of air supply device monomers are respectively connected with the plurality of protective clothing sub-cavities.

Furthermore, the air supply device, the temperature adjusting part and the air humidity adjusting device are connected with a control device, the air humidity adjusting device is provided with a setting module, and the setting module can set the intensity of the air supply device, the temperature of the air supply device and the air humidity of the air humidity adjusting device.

The invention has the beneficial effects that:

1. the air pipe of the invention can adjust the humidity of air acting on human body through the air humidity adjusting device, thus ensuring the human body to be more comfortable.

2. The temperature adjusting component is a semiconductor refrigerating component which is connected with a storage battery, and the portable temperature adjusting device has the advantage of convenience in carrying.

3. The first cloth is arranged on the inner layer or/and the cap part or/and the neck part or/and the limb pit part or/and the chest part or/and the front and back chest part or/and the front thigh root part, the other parts are the second cloth, and the first cloth has higher air permeability than the second cloth and has the advantage of being more comfortable for human bodies.

Drawings

Fig. 1 is a schematic front view of the present invention.

Fig. 2 is a schematic side view of the present invention.

Fig. 3 is a rear view of the present invention.

Fig. 4 is a schematic view of fig. 1 taken along the direction a-a.

Fig. 5 is a schematic view of the inner structure of the present invention when the inner part is unfolded.

FIG. 6 is a schematic view of the fully deployed configuration of one aspect of the present invention.

Fig. 7 is a wire frame diagram of a portion of the components of the present invention.

Wherein: 1. the multifunctional clothes comprise a cap part 2, a trunk part 3, an upper limb part 4, a lower limb part 5, an inner layer 6, an outer layer 7, a protective clothing cavity 8, an air supply device 9, an air pipe 10, a temperature adjusting part 11, an air humidity adjusting device 11A, a humidifier 11B, a dryer 12, a first fabric 13, a second fabric 14, a ventilation window 15, a fourth fabric layer 16, a window cover 17 and a fifth fabric.

Detailed Description

The technical scheme of the invention is further explained by combining the attached drawings.

As shown in fig. 1, 2, 3 and 4, the portable temperature and humidity regulating protective clothing comprises a protective clothing body, wherein the protective clothing body is a piece of clothing which is worn on a human body in a matching way and comprises a cap part 1, a trunk part 2, an upper limb part 3 and a lower limb part 4; the protective clothing body is of a double-layer structure and is respectively an inner layer 5 at the inner side and an outer layer 6 at the outer side, and a protective clothing cavity 7 is formed between the inner layer and the outer layer; the method is characterized in that: the protective clothing also comprises an air supply device 8, wherein the air supply device is provided with an air pipe 9 which leads to the cavity of the protective clothing; the inner layer is a breathable cloth layer, and one end or the middle of the gas transmission pipe is provided with a temperature regulating component 10; the air conveying pipe also passes through an air humidity adjusting device 11, and the air humidity adjusting device can adjust the humidity of the air passing through the air conveying pipe.

The air humidity regulating device may be such that it comprises a humidifier 11A having a moisture outlet leading into the air duct; thus, the air in the air pipe can be humidified; the air pipe can also pass through the dryer 11B to dry the air in the air pipe, because the air contacting the human body has proper humidity, the human body can be more comfortable, for example; the temperature in winter is 18 to 25 ℃, and the humidity is 30 to 80 percent; the summer temperature is 23-28 deg.C, the humidity is 30-60%, and the comfortable people in the range is more than 95%.

The protective clothing can adjust the humidity of air blown onto a human body, so that the human body feels more comfortable, and the aim of the invention can be achieved.

Furthermore, the temperature regulating component is a semiconductor refrigerating component, and the semiconductor refrigerating component is connected with the storage battery.

The temperature regulating component can generate heat (such as an electric heating pipe, an electric heating wire, an air conditioner and the like) or cold to heat or cool air in the air conveying pipe; the semiconductor refrigerating piece can achieve double effects of heat production and refrigeration, for example, the semiconductor refrigerating piece can make air in the air delivery pipe cooler, and people wearing the protective clothing can be cooler in hot summer.

Of course, the temperature regulating component can be connected with a battery, the battery is a storage battery, a 4-20V safety battery is used, and a lithium battery with good use performance or an external power supply can also be used.

Furthermore, the temperature adjusting component is provided with a first adjusting switch for adjusting the temperature, and the air humidity adjusting device is provided with a second adjusting switch for adjusting the humidity.

The arrangement of the invention is that in the using process, if the user feels hot, the first regulating switch can be regulated to lower the temperature; if the feeling is cold, the first regulating switch can be regulated to heat the liquid; if the sensed humidity is larger, the second adjusting switch can be adjusted to reduce the humidity, and if the sensed humidity is smaller, the second adjusting switch can be adjusted to increase the humidity; in any case, the condition is adjusted to the most suitable state of the human body.

Further, a first fabric 12 is attached to the inner layer and/or the cap, or/and the neck, or/and the limb pit, or/and the chest region, or/and the thigh region, and a second fabric 13 is attached to the other region, and the first fabric has a higher air permeability than the second fabric.

The present invention is so arranged because the above-mentioned areas are more prone to sweating or more require intense airflow, and these areas are better ventilated and more comfortable for the human body, as shown in figure 5.

Further, the outer layer is a third fabric layer, the fifth fabric 17 is arranged on the outer layer and corresponds to the first fabric of the inner layer, and the fifth fabric 17 has higher air permeability compared with the third fabric.

As shown in fig. 6, so that the use is more comfortable for people.

Further, the outer layer is a third cloth layer, and the outer layer is made of an airtight material or a cloth with air permeability poorer than that of the second cloth.

For example, the third fabric layer can be made of down jacket fabric or umbrella fabric, the third fabric layer is made of fabric with poorer air permeability than the second fabric, circulation of air in the protective jacket cavity can be guaranteed, the air flow in the protective jacket cavity can be acted on the surface of a human body to the greatest extent, a better comfortable effect is achieved, and power of an air supply device can be saved.

Furthermore, the outer layer is provided with one or more ventilation windows 14, a cloth layer which is a fourth cloth layer 15 is arranged in the ventilation windows, the fourth cloth layer is a ventilation layer, a window cover 16 formed by the outer layer is arranged outside the ventilation outlet, and when the window cover covers the ventilation windows, the fourth cloth layer is not exposed; when the window cover is not covered on the ventilation window, the fourth fabric layer is exposed.

As shown in fig. 1, 2 and 3, the right side of fig. 3 shows the case where the window cover is not covered on the ventilation window; of course, the window cover can be separated (removed) from the ventilation window as shown in the right side and the upper side of fig. 3, and when the periphery of the window cover is adhered to the ventilation window in an unsmooth adhering mode (or a zipper, a button and the like).

Of course, the window cover can be installed on the ventilation windows in a lifting manner as shown in the right side and the lower side of fig. 3, namely, one side of the window cover is connected with the outer layer by sewing threads, and the free side of the window cover can also be adhered to the ventilation windows in a non-free manner (or a zipper, a button or the like), so that the ventilation windows can be selectively opened or closed according to needs.

When the ventilation windows are selected to be opened, the part is more comfortable.

Furthermore, the ventilation window is arranged at or/and the front chest part or/and the front and back chest parts.

Furthermore, the ventilation window is in a vertical strip shape at or/and the front chest part or/and the front and back chest parts.

Furthermore, the ventilation window is arranged on the outer side of the upper limb or/and the lower limb and is in a vertical strip shape.

The invention is arranged in such a way, which is more in line with the physiological structure of human body and more comfortable for people.

Furthermore, the protective clothing body is provided with a plurality of protective clothing areas, the inner layer and the outer layer of the outer surface are connected together to form independent protective clothing sub-cavities around the protective clothing areas, the air supply device comprises a plurality of air supply device monomers, and the plurality of air supply device monomers are respectively connected with the plurality of protective clothing sub-cavities.

As shown in figures 3 and 6, the dashed lines divide the protective clothing body into a plurality of protective clothing areas, the temperature and humidity of different parts can be adjusted respectively by the arrangement of the invention, for example, the head of a human body needs low temperature, the temperature of the trunk part can be properly higher, different individual persons are most suitable and different, for example, some persons need low temperature of legs, and some persons have low temperature, and of course, the single air supply device is respectively communicated with the sub-cavities of the protective clothing by the air transmission branch pipes.

Furthermore, the air supply device, the temperature adjusting part and the air humidity adjusting device are connected with a control device, the air humidity adjusting device is provided with a setting module, and the setting module can set the intensity of the air supply device, the temperature of the air supply device and the air humidity of the air humidity adjusting device.

As shown in fig. 7, the present invention is configured in such a way that the device for supplying air can approach the set values of the intensity, temperature and humidity of the supplied air, and the degree of intelligence is higher.

Furthermore, the air supply device is also provided with or passes through a filter screen or a sterilization device, so that the air entering the cavity of the protective clothing is sanitary air, and the safety of a user is ensured.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention in any way, and any person skilled in the art can make many changes or modifications to the equivalent embodiments without departing from the scope of the present invention.