Windproof warm-keeping outdoor protective safety school uniform
Technical Field
The utility model relates to a prevent wind cold-proof outdoor protection safety school clothes.
Background
The student uniform is the uniform style's of school's regulation student's clothing, and middle and primary school student generally wears. Student uniform originated in europe for the earliest time. Schools wear uniform clothes for standard management. Generally, students are required to wear the uniform clothes in major activities of schools, and the school badges are worn on the school uniforms, so that the image of the schools is directly influenced. In the daily life of school, wear student's clothes and can show the student spirit and jitter, the one side that the vigor is flying, also is the exclusive sign of student's youth age. However, the students need different school uniforms in different seasons, so that each student can buy two or three sets of school uniforms for use.
SUMMERY OF THE UTILITY MODEL
The utility model aims to overcome the defects in the prior art, provide windproof and warm-keeping outdoor protective safety school uniform, meet the function of one-piece clothes with three wearing, and be suitable for wearing in different seasons of spring, autumn and winter; the wind-proof and warm-keeping clothes adopt the form of a jacket or a cap-connected sanitary clothes or a baseball suit and are matched with the adoption of the graphene fibers.
In order to achieve the purpose, the technical scheme of the utility model is to design a windproof and warm-keeping outdoor protective safety school uniform, which comprises a jacket of outdoor jacket and a liner detachably connected to the inner side of the jacket, wherein the jacket of outdoor jacket comprises a front piece, a rear piece and sleeves, and the liner comprises two layers, namely a graphene fiber cloth layer and a cotton cloth layer; one surface of the front piece of the jacket facing the human body and one surface of the rear piece of the jacket facing the human body are respectively detachably connected with an inner container; the edges of the graphene fiber cloth layer and the cotton cloth layer are provided with connecting structures, and the connecting structures are detachably connected with sleeves or outer cloth layers of the cap-connected sanitary wear or detachably connected with the sleeves or the outer cloth layers of the baseball suit. The detachable liner design meets the function of wearing one clothes for three times, and is suitable for wearing in different seasons of spring, autumn and winter; the inner container can be taken down and can be used as the front piece and the back piece of a cap-connected sanitary suit or a baseball suit worn in spring and autumn; or the liner can be taken as the lining material of the cap-connected sanitary wear or the baseball suit after being detached. The student uniform can be worn by three people, and the cost for purchasing the student uniform by students is greatly reduced.
The further technical scheme is that the graphene fiber cloth layer and the cotton cloth layer are connected with the jacket of the jacket through the magic tape or the zipper; the connecting structures arranged at the edges of the graphene fiber cloth layer and the cotton cloth layer are sticky buckles or zippers; a marking layer for prompting the material of the liner of a wearer is fixedly arranged on one surface, facing a human body, of the graphene fiber cloth layer serving as the liner; the outer surface of the jacket of the outdoor jacket is printed with a reflective printing layer or fixedly connected with a reflective strip; the surface of the graphene fiber cloth layer and the surface of the cotton cloth layer, which faces away from the human body, are printed with a reflective printing layer or fixedly connected with reflective strips. The reflective printing and the reflective strips are beautiful and increase the safety factor. The outdoor jacket and the baseball suit are provided with bright yellow cloth sections on the surfaces, the other parts are all in dark grey, the bright yellow is endowed with sunlight and soft connotation, and the bright yellow is interwoven with the scientific sense of dark grey and pure white, and flows like starlight shining. The whole design highlights the pure and unsophisticated temperament of children.
The further technical proposal is that the sleeves or the outer cloth layer of the hooded sweater are provided with thread gluing tapes or zippers which are matched with the connecting structure.
The technical scheme is that the hooded sweater comprises a front piece, sleeves and a rear piece, wherein the front piece and the rear piece are of two-layer structures, and the two-layer structures comprise an outer fabric layer and an inner container detachably connected to the outer fabric layer; the outer cloth layer of the hoodie sweater is provided with a thread gluing belt or a zipper matched with the connecting structure. The inner container is used in the hooded sweater to achieve the effect of keeping warm in spring and autumn, and the overall cost of the student uniform in spring and autumn and winter is reduced. The connection mode is simple, and the detachment and the connection are convenient and quick.
The technical scheme is that the hooded sweater comprises sleeves, a graphene fiber cloth layer and a cotton cloth layer, wherein the graphene fiber cloth layer and the cotton cloth layer are connected with the sleeves through connecting structures; the upper end of the collar of the graphene fiber cloth layer and the upper end of the cotton cloth layer are provided with two triangular turned edges which are fixedly connected into a whole through the sticky buckle tape. The turned edge is turned inwards when needing to be turned, the vertical thread gluing tape in the middle of the two turned edges is pulled open before the turned edge is turned inwards to form a V-shaped neckline, and then the turned edge is connected with the sleeves through the thread gluing tape or the zippers to form the front piece of the cap-connected sanitary suit, so that the requirement that different sweat parts of different individuals are different in sweat positions and convenient to adjust can be met (different developed degrees of sweat glands of human bodies are different, sweat on the front surfaces of the human bodies is more, sweat on the back surfaces of the human bodies is more, the graphene fiber cloth layer can be selected to be used as the front piece or the rear piece to absorb moisture and perspire pertinently), and the increase of the cost of the whole student suit caused by the high cost of graphene can be reduced. The sleeves or the outer cloth layer of the baseball clothes are provided with thread gluing tapes or zippers matched with the connecting structures. The baseball suit comprises a front piece, sleeves and a rear piece, wherein the front piece and the rear piece are of two-layer structures, and the two-layer structures are an outer fabric layer and an inner container detachably connected to the outer fabric layer. The other form is similar to the form of the cap-connected sanitary clothes and is not described in detail.
The utility model has the advantages and the beneficial effects that: the detachable liner design meets the function of wearing one clothes for three times, and is suitable for wearing in different seasons of spring, autumn and winter; the elements of the reflective printing and the reflective strips are beautiful and increase the safety factor; the inner container can be taken down and can be used as the front piece and the back piece of a cap-connected sanitary suit or a baseball suit worn in spring and autumn; or the liner can be taken as the lining material of the cap-connected sanitary wear or the baseball suit after being detached. The student uniform can be worn by three people, and the cost for purchasing the student uniform by students is greatly reduced. The outdoor jacket and the baseball suit are provided with bright yellow cloth sections on the surfaces, the other parts are all in dark grey, the bright yellow is endowed with sunlight and soft connotation, and the bright yellow is interwoven with the scientific sense of dark grey and pure white, and flows like starlight shining. The whole design highlights the pure and unsophisticated temperament of children. The inner container is used in the hooded sweater to achieve the effect of keeping warm in spring and autumn, and the overall cost of the student uniform in spring and autumn and winter is reduced. The connection mode is simple, and the detachment and the connection are convenient and quick. The clothes can meet the requirements of different individual sweating positions for different adjustment (different people sweat glands are different in developed degree, the front of the body of some people sweat more, the back of some people sweat more, the graphene fiber cloth layer can be selected as a front piece or a rear piece to absorb moisture and sweat in a targeted manner), and the increase of the whole clothes cost caused by the high cost of graphene can be reduced.
Drawings
FIG. 1 is a schematic view of an outdoor protective safety school uniform with wind-proof and warm-keeping function, which is a jacket of the first embodiment of the school uniform;
FIG. 2 is a rear view of FIG. 1;
FIG. 3 is a schematic view of the hierarchy of a jacket;
FIG. 4 is a schematic illustration of FIG. 3 with the addition of a marker layer;
FIG. 5 is a schematic illustration of the inner bladder of the outdoor jacket after use with an in-line sweater;
fig. 6 is a schematic view of a second embodiment of the present invention;
FIG. 7 is a rear view of FIG. 6;
FIG. 8 is a schematic diagram of another form of embodiment of the present invention;
FIG. 9 is a rear view of FIG. 8;
fig. 10 is a schematic view of a graphene fiber cloth layer or a cotton cloth layer;
fig. 11 is a schematic view of a second embodiment of the present invention as a baseball suit;
fig. 12 is a rear view of fig. 11.
In the figure: 1. a jacket of a jacket; 2. an inner container; 3. a connecting structure; 4. a graphene fiber cloth layer; 5. a cotton cloth layer; 6. an identification layer; 7. a reflective printed layer; 8. a light-reflecting strip; 9. an outer fabric layer; 10. folding edges; 11. a magic tape.
Detailed Description
The following description will further describe embodiments of the present invention with reference to the accompanying drawings and examples. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.
The first embodiment is as follows:
as shown in fig. 1 to 5, the utility model relates to a windproof and warm-keeping outdoor protective safety school uniform, which comprises a jacket 1 and a liner 2 detachably connected to the inner side of the jacket 1, wherein the jacket 1 comprises a front piece, a rear piece and sleeves, and the liner 2 comprises two layers, namely a graphene fiber cloth layer 4 and a cotton cloth layer 5; one surface of the front piece of the jacket 1 facing the human body and one surface of the rear piece of the jacket 1 facing the human body are respectively detachably connected with an inner container 2; the edges of the graphene fiber cloth layer 4 and the cotton cloth layer 5 are provided with connecting structures 3, the connecting structures 3 are detachably connected with sleeves or outer cloth layers of the cap-connected sanitary wear, or the connecting structures 3 are detachably connected with the sleeves or the outer cloth layers of the baseball wear. The graphene fiber cloth layer 4 and the cotton cloth layer 5 are connected with the jacket 1 through a thread gluing tape or a zipper; the connecting structures 3 arranged at the edges of the graphene fiber cloth layer 4 and the cotton cloth layer 5 are sticky buckles or zippers; a marking layer 6 for prompting the material of the liner 2 of a wearer is fixedly arranged on one surface, facing a human body, of the graphene fiber cloth layer 4 serving as the liner 2; the outer surface of the jacket 1 of the outdoor jacket is printed with a reflective printing layer 7 or fixedly connected with a reflective strip 8; the surfaces of the graphene fiber cloth layer 4 and the cotton cloth layer 5, which face away from the human body, are printed with a reflective printing layer 7 or fixedly connected with reflective strips 8. The sleeves or the outer cloth layer of the hooded sweater are provided with thread gluing belts or zippers which are matched with the connecting structures 3. The hooded sweater comprises a front piece, sleeves and a rear piece, wherein the front piece and the rear piece are of two-layer structures, and the two-layer structures comprise an outer fabric layer 9 and an inner container 2 detachably connected to the outer fabric layer 9; the outer cloth layer of the hoodie sweater is provided with a thread gluing belt or a zipper which is matched with the connecting structure 3.
Wherein the cutting process comprises the following steps: the surface of each layer of material is flat without folds and bending unevenness, and the cloth edges are aligned without irregularity; the position of the cut is not more than 0.3 cm; the upper layer and the lower layer are required to be vertical to the edges of the cut pieces; deviation should not exceed 0.3 cm; the sample plate silk, the number of pieces, the front side and the back side need to be marked clearly, the typesetting needs to be accurate, and the cutting needs to be accurate. The sewing process comprises the following steps: the flat garment is sewn at each part by adopting the overedging and edge covering processes, the sewing line is straight, neat and firm, the stitches are uniform, the stitch length density is 3cm and is not less than 12-13 needles, the upper thread and the lower thread of the knotting thread is not less than 42 needles with proper tightness, the seam allowance is free from reverse spitting, the width of the seam is consistent, and the phenomena of needle skipping, floating thread and the like are avoided. The locking process comprises the following steps: the button and the buttonhole are accurate in position and firm in installation, the buttonhole 1CM is not less than 12-14 needles, and each buttonhole is not less than 8 threads.
Example two:
the difference from the first embodiment is that as shown in fig. 6 to 12 (fig. 6 is a hooded sweater worn by a student who easily sweats on the front side of the body; fig. 8 is a hooded sweater worn by a student who easily sweats on the back side of the body), the hooded sweater includes sleeves, and a graphene fiber cloth layer 4 and a cotton cloth layer 5 connected to the sleeves through a connecting structure 3, and the sleeves of the hooded sweater are provided with hook-and-loop fasteners or zippers adapted to the connecting structure 3; the upper end of the graphene fiber cloth layer 4 and the cotton cloth layer 5, which are used as necklines, is provided with two triangular turned edges 10, and the turned edges 10 are fixedly connected into a whole through a fastening tape 11.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the technical principle of the present invention, and these improvements and decorations should also be regarded as the protection scope of the present invention.