TWM579469U - Inner liner - Google Patents

Abstract

The inner liner of the present invention is installed in a hard shell cap body, and comprises: an inner liner body, a cooling box and a connecting pipe. The inner liner is woven by elastic plastic threads to have at least one mesh layer. The cooling box is disposed outside the cap body, and a controller is disposed inside the cooling box, the controller is connected to a battery, and the fan and the atomizer are controlled by the controller to control the starting operation of the fan and the atomizer The connection line is connected to the cooling box and the inner liner body for guiding the wind blown by the fan and the water mist sprayed by the atomizer to enter the inner liner body through the wind flow. . Thereby, the cold air with water mist is blown into the connecting pipe by the fan and enters the inner liner body, so that the inside of the cap body is cooled and ventilated and ventilated.

Description

Inner liner

The present invention relates to an inner liner, and particularly relates to an inner liner structure which is installed inside a hard shell body and allows outside air to enter the cap by a fan and an atomizer to produce a cooling and ventilation effect.

The conventional safety helmet structure generally comprises a plastic material outer casing, and the inner side of the safety helmet is provided with a thick layer of a styrofoam layer, a foam layer and a velvet cloth wrapped with a foam layer to coat the styrofoam layer. Covered to form an inner liner. Since the helmet has a certain weight and is worn on the head, it will be closely attached to the head, especially the full-face helmet. The entire head is very airtight, and the foam layer is wrapped with a velvet material. The material is tightly wrapped around the head. If the weather is very hot in summer, if the user wears a helmet for a long time, the head will continue to sweat, and the sweat will be immersed in the velvet and foam layer. Producing a sweaty smell, extremely unsanitary, so that after a period of use, the inner liner can not be removed and cleaned, causing considerable trouble for the user.

In order to improve the conventional safety helmet, it is sultry and non-ventilating, and it will cause odor problems for a considerable period of time. There is a lining structure for the safety helmet disclosed in the market. For example, the improved ventilation lining structure of the helmet of the Chinese Patent No. M256081 includes one hair. a foamed mesh cloth consisting of a series of continuous and low-interlaced array of foamed particles and strips, covered with a gas permeable mesh on the outer layer of the foamed mesh cloth, and then mounted on several devil's felts One side of the breathable mesh, and the breathable mesh is also an array The blade is formed by bonding the inner lining to the inside of the safety helmet through the devil's felt, and the air-permeable mesh is covered with the foamed mesh cloth, and the gas is introduced into the foamed mesh cloth through the gas permeable mesh, and the continuous formation of the foamed granules and the strips is formed. The combination of high and low staggered ventilation and diversion structure conducts gas to the inside of the helmet to achieve rapid ventilation and diversion.

However, the toughness of the improved lining of the conventional helmet lining structure is not sufficient to resist the frictional pull of the user's head, which may cause breakage and damage, thereby causing a problem of non-durability. Moreover, it is impossible for the outside air to generate wind power and lead into the inside of the helmet by pressurization, and it is impossible to automatically guide the flow into the helmet. Therefore, the effect of quickly achieving the ventilation and guiding is very limited.

In order to improve the shortcomings of the above-mentioned conventional hard hat ventilation lining structure and the insufficiency of the inner liner toughness, the patent No. M552271 is disclosed in the market, which discloses a helmet lining structure, which includes two An outer cover layer, an intermediate layer, an edge member and a plurality of joint members, the outer cover layer having a plurality of spaced outer cover layer through holes, the intermediate layer being disposed between the outer cover layers, the intermediate layer having an intermediate portion a layer body having a plurality of interconnected intermediate layer frame strips, and each of the intermediate layer strips is separated by a plurality of hexagonal-shaped intermediate layer through-holes, so that the intermediate layer body presents a honeycomb shape, and the edge-covering member is fixed Each of the bonding members is fixed to an outer side of the outer covering layer at an edge of the outer covering layer and the intermediate layer. Thereby, the outer cover vent hole and the intermediate layer through hole allow airflow to improve ventilation and heat dissipation, and the honeycomb structure of the intermediate layer can improve the toughness of the inner liner to resist pulling, and can effectively improve the inner lining. Durability.

However, in use, the helmet lining structure is adhered to the inner curved surface of the helmet by a joint member, and the lining can be attached to the user's head to exert a shock absorbing effect, and the outer layer through hole communicates with the middle layer. The holes allow air to ventilate and ventilate.

However, in practical use, the helmet is worn on the user's head, especially the full-face helmet, and the inner gasket fits over the entire head, and the outside air is not inflated and pressurized. When the outside air is introduced into the inside of the helmet, airflow is not generated, and the air circulation in the helmet is circulated, and the ventilation effect is very limited.

Accordingly, the main purpose of the present invention is to provide an inner liner which is mounted inside the cap body so that the inner cushion body is provided between the fleece pad in the cap body and the human head, and the outside air is The operation of the fan and the sprayer enables the cold air with water mist to be blown toward the connecting pipe by the fan and enters into the inner liner body, so that the inside of the cap body can achieve the cooling effect of ventilation and ventilation.

In order to achieve the above object, the present invention discloses an inner liner which is mounted in a hard shell cap body and comprises: an inner liner body, a cooling box and a connecting pipe. The inner liner is made of elastic plastic. The wire braid is joined to have at least one mesh layer; the cooling box is disposed outside the cap body, the cooling box is provided with a controller, the controller is connected to a battery, and a fan and an atomization are controlled through the controller And controlling the starting operation of the fan and the frequency of the spray of the atomizer and the time of the spray; the connecting pipe connecting the cooling box and the inner liner body for guiding the wind blown by the fan and the The mist sprayed by the atomizer flows into the inner liner body through the wind.

Further, the controller is further provided with a wireless connection function, and the user controls the operation of the fan and the atomizer through the mobile device software control.

Wherein, the inner liner has a cross shape with a first convex portion and a second convex portion facing left and right, and a third convex portion and a fourth convex portion are vertically opposed to each other, wherein the fourth convex portion is larger than The first, second, and third convex portions are attached to a rear position of the user's head.

Wherein the outer edges of the first, second, third and fourth convex portions of the inner pad body The sewn has a edging strip, and the first, second, third and fourth convex portions respectively have a devil's felt sewn, and each of the devil's felts is adjacent to the hem strip, and the connecting pipeline is adjacent to the fourth convex The position of the part is set to have another devil's felt bonded to the devil's felt of the fourth protrusion.

The inner liner system is woven by elastic plastic threads to form a two-dimensional three-dimensional mesh layer. The inner liner has a cross shape and a first convex portion and a second convex portion are opposite to each other. a third convex portion and a fourth convex portion are vertically opposed to each other, wherein the fourth convex portion is larger than the first, second and third convex portions and is attached to a rear position of the user's head, the fourth convex portion The portion has an opening for inserting one end of the connecting pipe.

Thereby, when the fan rotates, the air outside the cap body is irritated by the fan, and the water vapor sprayed by the atomizer is blown into the connecting pipe and sprayed toward the inner pad body to make the inside of the cap body The space has cold air to enter to dissipate the hot air inside the cap body, thus generating a circulation to make the inside of the cap body have a cooling effect of ventilation and ventilation.

100‧‧‧Cap

110‧‧‧Flannel pad

10, 10a‧‧‧ liner body

11, 11a‧‧‧ first convex

12, 12a‧‧‧ second convex

13, 13a‧‧‧ third convex

14, 14a‧‧‧ fourth convex

15, 15a‧‧‧ edging strip

16, 16a‧‧‧ Devil Felt

17a‧‧‧ Opening

20‧‧‧Cooling box

21‧‧‧fan

22‧‧‧ sprayer

23‧‧‧Power supply

24‧‧‧ Controller

30‧‧‧Connecting pipe

31‧‧‧ Devil Felt

1 is a schematic view of the inner liner body of the present embodiment.

2 is a plan view showing the cooling box and the connecting pipe of the present embodiment.

Figure 3 is a schematic view of the present invention mounted on a cap body.

Figure 4 is a plan view of another inner liner body of the present invention.

FIG. 5 is a schematic view showing another inner liner body mounted on the cap body.

The detailed description of the present invention and the technical description are further illustrated by the embodiments, but it should be understood that the embodiments are for illustrative purposes only and should not be construed as Limitations on the implementation of this creation.

Referring to FIG. 1 to FIG. 3 , the present invention discloses an inner liner which is mounted in a hard shell cap 100 , such as a helmet, and includes an inner liner body 10 and a cooling box 20 mounted thereon. The rear position of the cap 100 and a coupling line 30.

The inner pad body 10 is woven by elastic plastic wires to form a mesh layer having at least three dimensions. The left and right sides of the inner pad body 10 respectively have a corresponding first convex portion 11 and a first The second convex portion 12 has a third convex portion 13 and a fourth convex portion 14 respectively, wherein the fourth convex portion 14 is larger than the first convex portion 11 and the second portion. The convex portion 12 and the third convex portion 13 can be fitted to the back of the human head, and the first convex portion 11, the second convex portion 12, the third convex portion 13, and the fourth convex portion of the inner liner body 10 The outer periphery of the portion 14 has a edging strip 15 in common, and the first convex portion 11, the second convex portion 12, the third convex portion 13 and the fourth convex portion 14 are respectively sewn with a devil's felt 16, each of the devils The felt 16 is adjacent to the edge strip 15 and is bonded to the fleece liner 110 on the inside of the cap 100 by each of the devil felts 16.

The cooling box 20 is disposed outside the cap body 100. In the embodiment, the cooling box 20 is disposed behind the cap body 100. A fan 21 and an atomizer 22 are disposed inside the cooling box 20. a battery 23 and a controller 24, the controller 24 is connected to the battery 23 for controlling the fan 21 and the atomizer 22 through the controller 24, thereby controlling the startup operation of the fan 21 and the atomizer 22 The frequency of the water spray and the time of the spray. Further, the controller 24 can add a wireless connection function, and the user can wirelessly control the operation of the fan 21 and the atomizer 22 through a mobile device software, such as a mobile APP application.

The connecting pipe 30 is connected to the cooling box 20 and the inner pad body 10 for guiding the wind blown by the fan 21 and the water mist sprayed by the atomizer 22 to enter the inner pad by the wind flow. The coupling pipe 30 has a devil felt 31 adjacent to the fourth projection 14 and is engageable with the devil felt 16 of the fourth projection 14 to connect the coupling pipe 30 to the inner liner body 10 . Further, the mist sprayed by the atomizer 22 is caused to flow into the coupling pipe 30 through the wind blown by the fan 21, and is sprayed toward the inner liner body 10.

Please refer to FIG. 4 and FIG. 5 again, which is another embodiment of the inner liner body of the present invention, wherein the inner liner body 10a is woven by elastic plastic threads to form a mesh layer having at least two layers of solid layers. The left and right sides of the inner pad body 10a respectively have a first convex portion 11a and a second convex portion 12a. The upper and lower sides of the inner pad body 10a respectively have a third convex portion 13a and a first portion. a fourth convex portion 14a, wherein the fourth convex portion 14a is larger than the first convex portion 11a, the second convex portion 12a and the third convex portion 13a, and can be fitted to the back of the human head, and the inner liner body The outer periphery of the first convex portion 11a, the second convex portion 12a, the third convex portion 13a, and the fourth convex portion 14a of the 10a has a rim strip 15a, and the first convex portion 11a, the second convex portion 12a, The third convex portion 13a is respectively sewn with a piece of devil's felt 16a. The fourth convex portion 14a has an opening 17a for inserting one end of the connecting pipe 30, and is provided on both sides of the opening 17a. There is a piece of devil's felt 16a, each of which is adjacent to the edge of the edge strip 15a, and each of the devil's felt 16a is associated with the fleece liner 110 on the inner side of the cap 100. Bonding.

With the above structure, the inner pad body 10 can be adhered to the cap body by the block devil felt 16 of the first convex portion 11, the second convex portion 12, the third convex portion 13, and the fourth convex portion 14 in use. The inside of the inner lining body 10 is fixed to the velvet pad 110 of the cap 100 by the curvature of the inner portion of the inner body 10, so that the thickness of the inner lining body 10 can be utilized to make the human head The velvet pad 110 of the cap body 100 has a spacing, and then the devil felt 31 at one end of the coupling pipe 30 is bonded to the block devil felt 16 of the fourth convex portion 14, and one end of the coupling pipe 30 is attached to the inner pad body 10. The power source 23 is activated to enable the fan 21 and the atomizer 22 to be turned on when the fan 21 rotates. The water vapor sprayed from the atomizer 22 can be blown into the joint pipe 30 and sprayed toward the inner liner body 10, so that the inner space of the cap body 100 can enter cold air, and the dispersible heat gas has a ventilation and ventilation effect.

In summary, since the inner pad body 10 of the present invention is installed inside the cap body 100, the inner pad body 10 is bound between the human body head and the fleece pad 110 of the cap body 100, so that the human head is not The fluff liner 110 is in close contact with the fleece liner 110. In particular, the cooling box 20 behind the cap 100 has a fan 21 that blows water vapor from the atomizer 22 into the coupling line 30 and ejects toward the inner liner body 10. The inside of the cap body 100 can be cooled to achieve a ventilation and ventilation effect, which makes the head feel comfortable and not stuffy, and its practical value is highly marketable, and the same or similar structure is not found after the application of the bulletin and the information before the application. Chengcheng can meet the requirements of patent applications and file a new patent application with the bureau in accordance with the provisions of the Patent Law.

However, the above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the creation, that is, the simple equivalent changes and modifications made by the applicant in accordance with the scope of the patent application and the content of the creation description are all It is still covered by this creation patent.

Claims (5)

An inner liner is mounted in a hard shell cap body, comprising: an inner liner body woven by elastic plastic threads to have at least one mesh layer; a cooling box, the cooling box is Outside the cap body, a controller is disposed in the cooling box, the controller is connected to a battery, and a fan and an atomizer are controlled through the controller to control the starting operation of the fan and the mist sprayed by the atomizer. a frequency and a time of the ejection; and a connecting pipe connecting the cooling box and the inner liner body for guiding the wind blown by the fan and the water mist sprayed by the atomizer to enter the air through the airflow Pad body. The inner liner of claim 1, wherein the controller further has a wireless connection function, and the user controls the operation of the fan and the atomizer through the mobile device software. The inner liner according to claim 1, wherein the inner liner has a cross shape with a first convex portion and a second convex portion opposite to each other, and a third convex portion and a fourth portion. The convex portion is vertically opposed to each other, wherein the fourth convex portion is larger than the first, second and third convex portions and is attached to a rear position of the user's head. The inner liner of claim 1, wherein the outer seam of the first, second, third and fourth convex portions of the inner liner body has a edging strip, and the first and the first 2. The third and fourth convex portions respectively have a devil's felt in the sewing seam, and each of the devil's felts is adjacent to the edge of the fabric strip, and the connecting pipeline is disposed adjacent to the fourth convex portion to have another devil's felt and the fourth convex portion. The devil's felt is glued together. The inner liner of claim 1, wherein the inner liner is woven by elastic plastic threads to form a two-dimensional three-dimensional mesh layer, the inner liner having a cross shape A first convex portion and a second convex portion are opposite to each other, and a third convex portion and a fourth convex portion are vertically opposed to each other, wherein the fourth convex portion is larger than the first, second and third convex portions Attached to the rear position of the user's head, the fourth convex portion has an opening for one end of the connecting pipe Nested.