CN215913353U - Partitioned warm-keeping clothes - Google Patents

Abstract

The application relates to a partitioned warm-keeping garment, and relates to the field of garments. The application provides a partitioned warm garment, which comprises an outer sleeve; the vest is arranged in the coat and is detachably connected with the coat; the vest comprises a first filling area, a second filling area and a third filling area, the vest comprises a fourth filling area, a fifth filling area and a sixth filling area, each filling area is used for filling filler, and the filler in unit volume of different filling areas has different masses. The utility model provides a cold-proof clothing of subregion sets up first filling area, second filling area and third filling area at the overcoat, sets up fourth filling area, fifth filling area and sixth filling area at the undershirt, and the quality of the unit volume's of different filling areas stopping is different to play different cold-proof effects in the different positions of overcoat and undershirt, and satisfy the cold-proof demand of the difference of human different positions.

Description

Partitioned warm-keeping clothes

Technical Field

The application relates to the field of clothes, in particular to a partitioned warm-keeping garment.

Background

Due to the difference of individual physiological metabolism conditions, the thermal comfort feeling of the clothes is greatly different. For the same individual, different parts of a human body have larger body temperature difference, the requirement on the heat retention is different, the chest, the abdomen and the back of the human body are easy to catch cold, the requirement on the heat retention is higher, and the requirement on the heat retention of the shoulder, the arm and the oxter of the human body is correspondingly lower.

In the existing technical design of clothes for keeping warm, the warm keeping performance of all parts of the clothes is consistent, when the warm keeping requirements of shoulders, arms and armpits are met, the breasts, the abdomens and the backs with higher warm keeping requirements are easy to catch a cold, and when the warm keeping requirements of the breasts, the abdomens and the backs are met, the problems of sultriness, damp heat and the like can occur to the shoulders, the arms and the armpits with lower warm keeping requirements.

SUMMERY OF THE UTILITY MODEL

The purpose of this application is to provide a cold-proof clothing of subregion, and this cold-proof clothing of subregion can satisfy the cold-proof demand of human different positions.

The application provides a partitioned warm garment, which comprises an outer sleeve; the vest is arranged in the coat and is detachably connected with the coat; the vest comprises a first filling area, a second filling area and a third filling area, the vest comprises a fourth filling area, a fifth filling area and a sixth filling area, each filling area is used for filling filler, and the filler in unit volume of different filling areas has different masses.

The utility model provides a cold-proof clothing of subregion sets up first filling area, second filling area and third filling area at the overcoat, sets up fourth filling area, fifth filling area and sixth filling area at the undershirt, and the quality of the unit volume's of different filling areas stopping is different to play different cold-proof effects in the different positions of overcoat and undershirt, and satisfy the cold-proof demand of the difference of human different positions. The thermal requirement to the higher position of thermal requirement is satisfied, the travelling comfort at other positions can be considered to and the flexibility in the motion process, accord with ergonomic design theory, and promote user's experience of wearing.

In some embodiments of the present application, the mass of the filling material per unit volume of the first filling area is greater than the mass of the filling material per unit volume of the second filling area, the mass of the filling material per unit volume of the second filling area is greater than the mass of the filling material per unit volume of the third filling area, the first filling area corresponds to the chest, abdomen and back of the human body, the second filling area corresponds to the shoulder and the outer side of the arm of the human body, and the third filling area corresponds to the underarm and the inner side of the arm of the human body.

In the scheme, the warm-keeping performance of each filling area of the jacket is sequentially the first filling area, the second filling area and the third filling area from high to low, and the portability and the flexibility of each filling area of the jacket are sequentially the third filling area, the second filling area and the first filling area from high to low. The first filling area corresponds to the chest, the abdomen and the back of a human body, and the good heat preservation performance is provided through the larger filling density of the first filling area. Correspondingly, the second filling area corresponds to the shoulders and the outer sides of the arms of the human body, and the third filling area corresponds to the armpits and the inner sides of the arms of the human body, so that different filling densities of the fillers in different filling areas adapt to different requirements of different parts of the human body on heat retention and flexibility, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

In some embodiments of the present application, the first filling region includes a plurality of first sub-filling regions, the second filling region includes a plurality of second sub-filling regions, and the third filling region includes a plurality of third sub-filling regions, each of the sub-filling regions is used for filling with the filling material.

In the above scheme, the quality of the filling material of unit volume of different sub filling areas can be different, so that the warm-keeping requirements of different parts of the human body are further subdivided, different filling densities of the filling material in different sub filling areas adapt to different requirements of different parts of the human body on the warm-keeping property and flexibility, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

In some embodiments of the present application, the mass of the filler per unit volume of the fourth filling region is greater than the mass of the filler per unit volume of the fifth filling region, the mass of the filler per unit volume of the fifth filling region is greater than the mass of the filler per unit volume of the sixth filling region, the fourth filling region corresponds to the chest, abdomen and back of the human body, the fifth filling region corresponds to the shoulder of the human body, and the sixth filling region corresponds to the underarm of the human body.

In the scheme, the warm keeping performance of each filling area of the vest is the fourth filling area, the fifth filling area and the sixth filling area from high to low, and the portability and the flexibility of each filling area of the vest are the sixth filling area, the fifth filling area and the fourth filling area from high to low. The fourth filling area corresponds to the chest, the abdomen and the back of a human body, and the higher filling density of the fourth filling area provides better heat preservation performance. Correspondingly, the fifth filling area corresponds to the shoulders of the human body, the sixth filling area corresponds to the armpits of the human body, different filling densities of the fillers in different filling areas adapt to different requirements of different parts of the human body on heat retention and flexibility, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

In some embodiments of the present application, the fourth filling region includes a plurality of fourth sub-filling regions, each of which is used for filling with the filling material.

In the above scheme, the quality of the filling material of unit volume of different sub filling areas can be different, so that the warm-keeping requirements of different parts of the human body are further subdivided, different filling densities of the filling material in different sub filling areas adapt to different requirements of different parts of the human body on the warm-keeping property and flexibility, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

In some embodiments of the present application, the fill material is down.

In the scheme, the filling material is the down feather, compared with other filling materials, the down feather has excellent heat preservation performance and light weight, and is suitable for being used as the filling material of heat-preservation clothes.

In some embodiments of the present application, the vest is attached to the jacket by a zipper.

In the scheme, the arrangement mode is simple and compact in structure, and a user can conveniently connect or disconnect the coat and the vest.

In some embodiments of the present application, the zoned warm garment further comprises a windproof cap removably attached to the outer sleeve.

In the scheme, the arrangement of the windproof cap can further improve the warm-keeping effect of the partitioned warm-keeping clothes on the head.

In some embodiments of the present application, the cuff of the casing is provided with a button for tightening the cuff.

In the scheme, the arrangement mode can prevent wind from entering the coat from the cuffs, and further improves the warm-keeping effect of the partitioned warm-keeping clothes.

In some embodiments of the present application, the zoned warm garment further comprises a pocket for receiving the outer jacket and the vest.

In the scheme, the partitioned warm-keeping clothes can be stored through the storage bags, and the stored partitioned warm-keeping clothes can be used as pillows for users, so that the partitioned warm-keeping clothes have a wide application range.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present application and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained from the drawings without inventive effort.

Fig. 1 is a schematic view of a zoned thermal garment provided in an embodiment of the present application;

FIG. 2 is a schematic front view of a cover according to an embodiment of the present application;

FIG. 3 is a schematic view of the back of an outer cover according to an embodiment of the present application;

figure 4 is a schematic front view of a vest according to an embodiment of the present application;

figure 5 is a schematic view of the back of a vest according to an embodiment of the present application.

Icon: 1-partitioned warm clothes; 10-coating the outer sleeve; 11-a first fill area; 12-a second fill area; 13-a third fill area; 20-vest; 21-a fourth fill area; 22-a fifth fill area; 23-a sixth fill area; 31-wind cap.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. It is to be understood that the embodiments described are only a few embodiments of the present application and not all embodiments. The components of the embodiments of the present application, generally described and illustrated in the figures herein, can be arranged and designed in a wide variety of different configurations.

In the description of the present application, it should be noted that the terms "inside", "outside", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings or orientations or positional relationships that the products of the application usually place when using, and are only used for convenience in describing the present application and simplifying the description, but do not indicate or imply that the devices or elements that are referred to must have a specific orientation, be constructed in a specific orientation, and operate, and thus, should not be construed as limiting the present application. Furthermore, the terms "first," "second," and the like are used merely to distinguish one description from another, and are not to be construed as indicating or implying relative importance.

In the description of the present application, it is also to be noted that, unless otherwise explicitly specified or limited, the terms "disposed" and "connected" are to be interpreted broadly, e.g., as being either fixedly connected, detachably connected, or integrally connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present application can be understood in a specific case by those of ordinary skill in the art.

Due to the difference of individual physiological metabolism conditions, the thermal comfort feeling of the clothes is greatly different. Under the same environmental temperature, individuals with vigorous metabolism can meet the warm-keeping requirement only by one coat, and for individuals with relatively slow metabolism, the warm-keeping requirement can be met by arranging the vest on the basis of the coat. In addition, the requirement of the individual for warmth retention may also change with the application scene, for example, in the cold environment of the outdoor, the human body needs more or thicker clothes for warmth retention, and in the natural environment of the indoor, the human body needs appropriate reduction of clothes.

For the same individual, different parts of the human body have larger body temperature difference, and the requirement on heat retention is different, for example, the chest, the abdomen and the back of the human body are easy to catch cold, the requirement on heat retention is higher, and the requirement on heat retention for the shoulder, the arm and the armpit of the human body is correspondingly lower. In the existing technical design of clothes for keeping warm, the warm keeping performance of all parts of the clothes is consistent, when the warm keeping requirements of shoulders, arms and armpits are met, the breasts, the abdomens and the backs with higher warm keeping requirements are easy to catch a cold, and when the warm keeping requirements of the breasts, the abdomens and the backs are met, the problems of sultriness, damp heat and the like can occur to the shoulders, the arms and the armpits with lower warm keeping requirements. Meanwhile, the positions of the shoulders, the arms, the armpits and the like need frequent activities, the activity range is large, the clothes are thick, the flexibility and the comfort in the human body activity process can be influenced, and the design concept of human engineering is not met.

In view of the above, the present application provides a divisional thermal garment including an outer jacket and a vest detachably attached to an inside of the outer jacket, wherein a user can wear the vest and the outer jacket simultaneously, or can wear the outer jacket or the vest singly. In addition, the cold-proof effect that this cold-proof clothing of subregion's overcoat and the different positions of undershirt can play is different, when satisfying the cold-proof demand to the higher position of cold-proof nature demand, can compromise the travelling comfort at other positions to and the flexibility in the motion process, accord with ergonomic design theory, and promote user's experience of wearing.

The sectional thermal garment of the present application will be described in detail below with reference to the accompanying drawings.

As shown in fig. 1, the present application provides a divisional thermal garment 1, the divisional thermal garment 1 including a jacket 10 and a vest 20, the vest 20 being disposed inside the jacket 10 and detachably connected to the jacket 10 so that a user can wear the jacket 10 and the vest 20 at the same time, and can wear the jacket 10 or the vest 20 alone.

As shown in fig. 1, the outer shell 10 includes a first filling area 11, a second filling area 12 and a third filling area 13, the vest 20 includes a fourth filling area 21, a fifth filling area 22 and a sixth filling area 23, each filling area (the first filling area 11, the second filling area 12, the third filling area 13, the fourth filling area 21, the fifth filling area 22 and the sixth filling area 23 are collectively called) is used for filling with filling material, and the filling areas have different masses of filling material per unit volume. For example, a part with high requirement on heat retention is filled with more fillers to improve the heat retention performance of the part, and a part with low requirement on heat retention is filled with a proper amount of fillers to reduce the weight and thickness of the part on the basis of meeting the requirement on heat retention, so as to improve the wearing comfort and the flexibility in the movement process and improve the wearing experience of a user.

According to the partitioned warm-keeping garment 1, the first filling area 11, the second filling area 12 and the third filling area 13 are arranged on the outer sleeve 10, the fourth filling area 21, the fifth filling area 22 and the sixth filling area 23 are arranged on the vest 20, and the filling materials in unit volumes of different filling areas have different masses, so that different warm-keeping effects are achieved at different positions of the outer sleeve 10 and the vest 20, and different warm-keeping requirements of different positions of a human body are met.

The mass of the filler per unit volume of the filling area does not mean the density of the filler itself, and the densities of the fillers filled in different filling areas may be the same or different. The filling material is understood to be a flexible and compressible thermal insulation material, such as down, cotton or coral velvet, when the filling material is filled into the filling area, the filling material with a certain mass can fill the filling area due to the compressible property of the filling material. The mass of the filling material per unit volume of the filling region can therefore be understood as the density of the filling material, i.e. the filling density of the filling material. For example, the filling regions filled with down feather having the same density may be filled with 10g down feather per unit volume, or may be filled with 20g down feather per unit volume, and the filling density of the filling regions filled with 20g down feather per unit volume is greater than that of the filling regions filled with 10g down feather per unit volume, that is, the filling regions have different masses of the filling materials per unit volume. Correspondingly, the filling area with high filling density, namely the filling area with high mass of the filler per unit volume, has better heat preservation performance than the filling area with low filling density, and the filling area with low filling density is lighter and thinner, has high flexibility and is convenient for movement.

As shown in fig. 2 and 3, in some embodiments of the present application, the mass per unit volume of fill material of the first filled area 11 of the shell 10 is greater than the mass per unit volume of fill material of the second filled area 12, and the mass per unit volume of fill material of the second filled area 12 is greater than the mass per unit volume of fill material of the third filled area 13. It is understood that the filling density of the first filling region 11 is greater than the filling density of the second filling region 12, and the filling density of the second filling region 12 is greater than the filling density of the third filling region 13.

In this arrangement, the warming performance of each filling area of the outer cover 10 is, from high to low, the first filling area 11, the second filling area 12 and the third filling area 13, and the portability and flexibility of each filling area of the outer cover 10 are, from high to low, the third filling area 13, the second filling area 12 and the first filling area 11. Because the chest, the abdomen and the back of the human body are easy to catch cold, and the requirement for keeping warm of clothes is high, the first filling area 11 corresponds to the chest, the abdomen and the back of the human body, and good warm-keeping performance is provided through the large filling density of the first filling area 11. Correspondingly, the second filling area 12 corresponds to the shoulder and the outer side of the arm of the human body, and the third filling area 13 corresponds to the armpit and the inner side of the arm of the human body, so that different filling densities of the fillers in different filling areas can meet different requirements of different parts of the human body on heat retention and flexibility, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

Note that, as shown in fig. 2 and 3, the second filled region 12 corresponds to the shoulder and the outer side of the arm of the human body, and the third filled region 13 corresponds to the armpit and the inner side of the arm of the human body, wherein the outer side of the arm and the inner side of the arm are divided according to the relative position of the arm of the human body with respect to the torso portion of the human body. When the human body stands in the vertical direction and the arms are in a natural sagging state, the outer side of the arms refers to the side of the arms far away from the trunk, and the inner side of the arms refers to the side of the arms close to the trunk. Further, when the human body stands in the vertical direction, the shoulder means a portion located above in a portion where the arms are connected to the trunk, and the armpit means a portion located below in a portion where the arms are connected to the trunk.

Specifically, as shown in fig. 2 and 3, in some embodiments of the present application, the third filling region 13 may correspond to the underarm of the human body such that, when the human body stands in the vertical direction, the third filling region 13 extends downward from the underarm of the human body in the vertical direction and extends to the lower hem of the garment 10, i.e., the third filling region 13 extends downward from the underarm of the human body in the vertical direction and penetrates through the garment 10. In other embodiments of the present application, the third filling region 13 may correspond to the underarm of the human body, and the third filling region 13 may correspond to only the underarm of the human body, and the underarm of the outer cover 10 may be vertically below the first filling region 11 or the second filling region 12.

In some embodiments of the present application, the second filled area 12 corresponds to a shoulder of a human body. In other embodiments of the present application, it is also possible that the first filling area 11 corresponds to the shoulder of the human body, for example, when the user is an elderly person or a person with a disease on the shoulder, the requirement for keeping the shoulder warm is also high, and at this time, the shoulder of the jacket 10 is set as the first filling area 11 with a high filling density, so as to provide good warm keeping performance and meet the requirement for accurately positioning the user group.

In some embodiments of the present application, the shell 10 may also be provided without the third filled area 13, in which case the first filled area 11 corresponds to the chest, abdomen and back of the human body and the second filled area 12 corresponds to the shoulders, armpits and arms of the human body. The coat 10 of this arrangement is mainly suitable for use in extremely cold regions at high latitudes or high altitudes, such as travelers who are on foot or mountain climbing in high altitude regions, and people who live or perform production work at high latitudes. The arrangement mode further improves the heat preservation performance of the jacket 10 of the partitioned heat preservation clothes 1 on shoulders, armpits and arms, and does not seriously affect the flexibility and comfort of the shoulders, armpits and arms in the motion process.

In some embodiments of the present application, the first filling region 11 may include a plurality of first sub-filling regions, and each of the plurality of first sub-filling regions is used for filling the filling material. For example, the plurality of first sub-filled regions may be three first sub-filled regions, one of the three first sub-filled regions corresponds to a chest of a human body, another one of the three first sub-filled regions corresponds to an abdomen of the human body, and another one of the three first sub-filled regions corresponds to a back of the human body.

Further, in some embodiments of the present application, the mass of the filling material per unit volume of the different first sub-filled regions may be the same, i.e. the filling density of the different first sub-filled regions may be the same. In other embodiments of the present application, the mass of the filling material per unit volume of different first sub-filled regions may also be different, i.e. the filling density of different first sub-filled regions may also be different. For example, in the chest, the abdomen and the back of the human body, the back has the highest requirement for heat retention, and at this time, the filling density of the first sub-filling region corresponding to the back can be further increased, that is, the filling density of the first sub-filling region corresponding to the back is higher than that of the first sub-filling region corresponding to the chest, and the filling density of the first sub-filling region corresponding to the back is higher than that of the first sub-filling region corresponding to the abdomen.

Accordingly, the second filling region 12 may include a plurality of second sub-filling regions, and the third filling region 13 may include a plurality of third sub-filling regions, and the plurality of second sub-filling regions and the plurality of third sub-filling regions are used for filling the filling material.

Specifically, the second filling region 12 includes a plurality of second sub filling regions, and the second filling region 12 includes four second sub filling regions. One of the four second sub padding sections may correspond to an outer side of the large arm, another of the four second sub padding sections may correspond to an outer side of the small arm, yet another of the four second sub padding sections may correspond to an outer side of the elbow, and yet another of the four second sub padding sections may correspond to the shoulder. The filling density of the different second sub-filling areas may be the same or different, for example, the filling density of the second sub-filling area corresponding to the outer side of the large arm and the filling density of the second sub-filling area corresponding to the outer side of the small arm may be greater than the filling density of the second sub-filling area corresponding to the outer side of the elbow, that is, the filling density of the second sub-filling area corresponding to the outer side of the elbow is lower, so as to ensure the flexibility of the outer side of the elbow in the exercise process, and when a user wears the outer cover 10 of the partitioned thermal garment 1 to move, the second sub-filling area corresponding to the outer side of the elbow does not affect the range of motion, flexibility and comfort of the elbow joint of the user.

Similarly, the third filling region 13 includes a plurality of third sub-filling regions, and the third filling region 13 includes four third sub-filling regions. One of the four third sub padding sections may correspond to an inner side of a big arm, another of the four third sub padding sections may correspond to an inner side of a small arm, yet another of the four third sub padding sections may correspond to an inner side of an elbow, and still another of the four third sub padding sections may correspond to an underarm. The filling density of the different third sub-filling areas may be the same or different, for example, the filling density of the third sub-filling area corresponding to the inner side of the large arm and the filling density of the third sub-filling area corresponding to the inner side of the small arm may be greater than the filling density of the third sub-filling area corresponding to the inner side of the elbow, that is, the filling density of the third sub-filling area corresponding to the inner side of the elbow is lower, so as to ensure the flexibility of the inner side of the elbow during the exercise, and when a user wears the outer cover 10 of the partitioned thermal garment 1 to perform an activity, the third sub-filling area corresponding to the inner side of the elbow does not affect the range of motion, the flexibility and the comfort of the elbow joint of the user.

Further, two first sub-filled regions may be further provided corresponding to the chest, and it is understood that the two first sub-filled regions correspond to the left and right chests of the human body, respectively, along the extending direction of the arms of the human body. Accordingly, the second sub packing region and the third sub packing region corresponding to the large arm and the small arm of the human body are both set to two to correspond to the left arm and the right arm of the human body, respectively.

As shown in fig. 4 and 5, in some embodiments of the present application, the fourth filled zone 21 of the vest 20 has a greater mass per unit volume of fill material than the fifth filled zone 22, and the fifth filled zone 22 has a greater mass per unit volume of fill material than the sixth filled zone 23. It is to be understood that the filling density of the fourth filling region 21 is greater than the filling density of the fifth filling region 22, and the filling density of the fifth filling region 22 is greater than the filling density of the sixth filling region 23.

In this arrangement, the thermal insulation properties of the filled regions of the vest 20 are, in order from high to low, the fourth filled region 21, the fifth filled region 22 and the sixth filled region 23, while the portability and flexibility of the filled regions of the vest 20 are, in order from high to low, the sixth filled region 23, the fifth filled region 22 and the fourth filled region 21. Because the chest, the abdomen and the back of the human body are easy to catch cold, and the requirement for keeping warm of clothes is high, the fourth filling area 21 corresponds to the chest, the abdomen and the back of the human body, and good warm-keeping performance is provided through the large filling density of the fourth filling area 21. Correspondingly, the fifth filling area 22 corresponds to the shoulders of the human body, and the sixth filling area 23 corresponds to the armpits of the human body, so that different requirements of different parts of the human body on heat retention and flexibility are met by different filling densities of the fillers in different filling areas, the design concept of human engineering is met, the wearing comfort of a user is further improved, and the user has better wearing experience.

In some embodiments of the present application, as shown in fig. 4 and 5, the sixth filling zone 23 corresponds to the same region of the human body as the third filling zone 13, i.e., when the human body is standing in a vertical direction, the sixth filling zone 23 extends vertically downward from the region of the human body and extends to the lower hem of the vest 20, i.e., the sixth filling zone 23 extends vertically downward from the region of the human body and extends through the vest 20. In other embodiments of the present application, the sixth filling area 23 corresponds to the armpit of the human body, and the sixth filling area 23 corresponds to only the armpit of the human body, and the armpit of the vest 20 is vertically below the armpit, and the fourth filling area 21 and the fifth filling area 22 are provided.

In some embodiments of the present application, the fifth filled area 22 corresponds to a shoulder of a human body. In other embodiments of the present application, the fourth filling area 21 may also correspond to the shoulder of the human body, that is, the shoulder is further kept warm, so as to be suitable for people with high demand for keeping the shoulder warm.

In some embodiments of the present application, the vest 20 may be further provided without the sixth padded areas 23, in which case the fourth padded areas 21 correspond to the chest, abdomen, and back of the person and the fifth padded areas 22 correspond to the shoulders and underarms of the person. The vest 20 of this arrangement is mainly suitable for use in high-altitude or high-altitude extremely cold regions, such as travelers who are walking or climbing mountains in high-altitude regions, and people who live or perform production work in high-altitude regions. The arrangement mode further improves the heat preservation performance of the vest 20 of the partitioned heat preservation clothes 1 on the shoulders and the armpits, and does not seriously affect the flexibility and the comfort in the movement process of the shoulders and the armpits.

In some embodiments of the present application, the fourth filling region 21 may include a plurality of fourth sub-filling regions, each of which is used for filling with the filling material. For example, the plurality of fourth sub-infill regions may be three fourth sub-infill regions, one of the three fourth sub-infill regions corresponding to a chest of the human body, another one of the three fourth sub-infill regions corresponding to an abdomen of the human body, and yet another one of the three fourth sub-infill regions corresponding to a back of the human body.

Further, in some embodiments of the present application, the mass of the filling material per unit volume of the different fourth sub-filling areas may be the same, that is, the filling density of the different fourth sub-filling areas may be the same. In other embodiments of the present application, the mass of the filling material per unit volume of different fourth sub-filled regions may also be different, i.e. the filling density of different fourth sub-filled regions may also be different. For example, in the chest, the abdomen and the back of the human body, the back has the highest requirement for heat retention, and at this time, the filling density of the fourth sub-filling region corresponding to the back can be further increased, that is, the filling density of the fourth sub-filling region corresponding to the back is higher than that of the fourth sub-filling region corresponding to the chest, and the filling density of the fourth sub-filling region corresponding to the back is higher than that of the fourth sub-filling region corresponding to the abdomen.

In some embodiments of the present application, the filling material may be down, which is a mixture of feathers and down clusters. The down feather has a supporting function in the down feather, can enable the down feather to rebound rapidly, is in a three-dimensional spherical shape, is in a lobate structure consisting of a down feather core and a plurality of radiated down feather filaments, and is similar to dandelion. The down yarns contain non-flowing air, and a large amount of air can be fixed between the down yarns and between the down flowers, so that a good warm-keeping effect is achieved. Meanwhile, the down feather has high filling power, cannot cause the problems of hardening and the like after long-term use and cleaning, and still has better filling power and warm-keeping effect.

When only down is used as filling material for filling, the content of down in the down should be greater than that of the feather, that is, the content of down should be greater than 50%, that is, the content of down is greater than 50%, so as to ensure that the partitioned thermal garment 1 has a good thermal effect and is comfortable to wear. It should be noted that the larger the down content of the down feather is, the better the down feather is, because the down feather can play a good supporting role, if the down feather content is too low, the filling power of the down feather will be reduced. Optionally, the down content of the down feather is 80% -90%, so that a good warm-keeping effect can be guaranteed, and the formed clothes can have good filling power.

Further, in some embodiments of the present application, the down content of the down feather may be appropriately increased in the filling regions corresponding to the chest, the abdomen and the back, i.e., the first filling region 11 and the fourth filling region 21, the down content of the down feather may be moderate in the filling regions corresponding to the shoulder and the outer side of the arm, i.e., the second filling region 12 and the fifth filling region 22, and the down content of the down feather may be low in the filling regions corresponding to the underarm and the inner side of the arm, i.e., the third filling region 13 and the sixth filling region 23, which may satisfy the warm-keeping effect of the portion. For example, the down content may be 85% to 90% in the first and fourth filling zones 11 and 21, 75% to 85% in the second and fifth filling zones 12 and 22, and 65% to 75% in the third and sixth filling zones 13 and 23.

In other embodiments of the present application, the filler may also be cotton, coral fleece, or the like.

In still other embodiments of the present application, down and cotton may be used as the filling material and filled in the filling area.

Specifically, in some embodiments of the present application, down feather may be mainly used as the filling material in the first filling region 11 and the fourth filling region 21, cotton and down feather mixed as the filling material in the second filling region 12 and the fifth filling region 22, and cotton may be mainly used as the filling material in the third filling region 13 and the sixth filling region 23, so that the filling regions corresponding to the chest, the abdomen, and the back have a better warm-keeping effect.

In other embodiments of the present application, it is also possible to use primarily cotton as the filler in first and fourth filled regions 11 and 21, and primarily down as the filler in third and sixth filled regions 13 and 23. Because the warm-keeping effect of the down feather is better than that of cotton, the third filling area 13 and the sixth filling area 23 are filled with less down feather, so that the warm-keeping requirement of the part can be met, at the moment, the third filling area 13 and the sixth filling area 23 are lighter and thinner, and the flexibility and the comfort of a user in the movement process can not be influenced. And in first filled region 11 and fourth filled region 21, fill the feather simultaneously, can improve the cold-proof effect of this position, satisfy the cold-proof demand of chest, belly and back.

It should be noted that the type and quality of the filling material filled in the filling region can be compatible with the requirements of different filling regions for the warming effect and the flexibility and comfort.

As shown in FIG. 1, the vest 20 is disposed inside the jacket 10, and the vest 20 is detachably connected to the jacket 10. it is understood that, depending on the user's environment and needs, the user can wear both the jacket 10 and the vest 20 to maximize the user's needs for the warming effect, or the user can wear only the jacket 10, or the user can wear only the vest 20. In this application, the use of the outer shell 10 and the vest 20 of the partitioned warm-keeping garment 1 will not be further described, and the user can wear the garment singly or in combination according to his or her own condition.

Specifically, as shown in fig. 1, in some embodiments of the present application, the vest 20 is attached to the jacket 10 by a zipper. By the arrangement mode, when the vest 20 is also linked through the zipper, the zipper linked with the vest 20 and the coat 10 can be the same group of zippers, so that the structure of the partitioned warm-keeping clothes 1 is simplified, and the vest is convenient for a user to wear. In other embodiments of the present application, the vest 20 can also be fastened to the coat 10 by buttons.

As shown in fig. 1, in some embodiments of the present application, the zoned warm clothing 1 further includes a wind cap 31, and the wind cap 31 is detachably attached to the outer shell 10, i.e., the wind cap 31 is detachably attached to the collar of the outer shell 10. Specifically, the windshield cap 31 may be coupled to the outer case 10 by a zipper, or the windshield cap 31 may be fastened to the outer case 10 by a button.

Further, in some embodiments of the application, the two ends of the wind-proof cap 31 located at the shoulders on the two sides of the human body can be further provided with magic tapes (HOOK & LOOP, HOOK and LOOP tape), the magic tapes can be connected with the two ends of the wind-proof cap 31 located at the shoulders on the two sides of the human body, the wind-proof and warm-keeping effects are achieved, namely, the wind can be prevented from entering the inside of the outer sleeve 10 from the position, and the warm-keeping effect of the partitioned warm-keeping clothes 1 is further improved.

In some embodiments of the present application, the cuffs of the jacket 10 may be provided with buttons for tightening the cuffs to prevent wind from entering the inside of the jacket 10 from the cuffs, so as to further improve the heat retention effect of the partitioned heat retention garment 1. In other embodiments of the present application, the cuff of the jacket 10 may be further provided with a magic tape for tightening the cuff.

In some embodiments of the present application, the zoned warm garment 1 further comprises a pocket for receiving the outer shell 10 and the vest 20. After the user stores the jacket 10 and the vest 20 in the storage bag, the storage bag is tensioned by the jacket 10 and the vest 20, and at this time, the user can use the partitioned warm-keeping garment 1 as a pillow.

Further, when the user wears the jacket 10 and the vest 20 of the partitioned warm garment 1, the storage bag can be used as a backpack, and other articles can be stored in the storage bag.

Specifically, in some embodiments of the present application, the pouch includes a pouch body for receiving the jacket 10 and the vest 20, and a strap by which a user can lift or carry the pouch body. For example, the storage bag includes two straps, and the user can use the storage bag as a backpack, and the user can use the storage bag as a rucksack by overlapping the two straps.

When the user wears the outer shell 10 and the vest 20 without using the pouch, the user can also store the pouch in the outer shell 10 or the vest 20. For example, the jacket 10 or the vest 20 may be provided with a storage space, and a storage bag may be stored in the storage space. Accordingly, the receiving space may be a hidden receiving space, which is understood to be a sandwich provided for the jacket 10 or the vest 20.

The jacket 10 and the vest 20 can be received in the receiving bag when the user does not need to wear the jacket 10 and the vest 20. Accordingly, the user can wear one of the jacket 10 or the vest 20 and receive the other of the jacket 10 or the vest 20 in the receiving bag.

It should be noted that the features of the embodiments in the present application may be combined with each other without conflict.

The above description is only a preferred embodiment of the present application and is not intended to limit the present application, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims (10)

1. A zoned warm-keeping garment, comprising:

a jacket;

the vest is arranged inside the outer sleeve and is detachably connected with the outer sleeve;

the vest comprises a first filling area, a second filling area and a third filling area, the vest comprises a fourth filling area, a fifth filling area and a sixth filling area, each filling area is used for filling a filling material, and the filling materials in different filling areas have different masses.

2. The zoned warm-keeping garment according to claim 1, wherein the mass of the filler per unit volume of the first filling zone is greater than the mass of the filler per unit volume of the second filling zone, the mass of the filler per unit volume of the second filling zone is greater than the mass of the filler per unit volume of the third filling zone, the first filling zone corresponds to the chest, abdomen and back of the human body, the second filling zone corresponds to the shoulder and outside of the arm of the human body, and the third filling zone corresponds to the underarm and inside of the arm of the human body.

3. The zoned warm garment of claim 2, wherein the first padded region comprises a plurality of first sub-padded regions, the second padded region comprises a plurality of second sub-padded regions, and the third padded region comprises a plurality of third sub-padded regions, each sub-padded region being for padding the fill material.

4. The zoned warm-keeping garment according to claim 1, wherein the mass of the filler per unit volume of the fourth filling zone is greater than the mass of the filler per unit volume of the fifth filling zone, the mass of the filler per unit volume of the fifth filling zone is greater than the mass of the filler per unit volume of the sixth filling zone, the fourth filling zone corresponds to the chest, abdomen and back of the human body, the fifth filling zone corresponds to the shoulder of the human body, and the sixth filling zone corresponds to the underarm of the human body.

5. The zoned warm garment of claim 4, wherein the fourth padded region comprises a plurality of fourth sub-padded regions, each fourth sub-padded region being for being padded with the filler.

6. The zoned warm garment of claim 1, wherein the fill material is down.

7. The zoned warm garment of claim 1, wherein the vest is zipped to the outer cover by a zipper.

8. The zoned warm garment of claim 1, further comprising a windproof cap removably attached to the outer cover.

9. The zoned warm garment of claim 1, wherein the cuffs of the outer sleeve are provided with buttons for tightening the cuffs.

10. The zoned warm garment of claim 1, further comprising a pocket for receiving the outer jacket and the vest.

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