CN114287691A - Manufacturing method of novel far infrared photo-thermal technical fabric down jacket - Google Patents
Manufacturing method of novel far infrared photo-thermal technical fabric down jacket Download PDFInfo
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- CN114287691A CN114287691A CN202111563553.4A CN202111563553A CN114287691A CN 114287691 A CN114287691 A CN 114287691A CN 202111563553 A CN202111563553 A CN 202111563553A CN 114287691 A CN114287691 A CN 114287691A
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Abstract
The invention discloses a manufacturing method of a novel far infrared photo-thermal technical fabric down jacket, which comprises a main jacket body, wherein two sides of the main jacket body are fixedly connected with sleeves, the top of the main jacket body is movably connected with a movable cap, and the main jacket body, the sleeves and the movable cap respectively comprise a waterproof outer material layer, a down material layer, an insulating material layer, a far infrared photo-thermal material layer, a heat conducting material layer and a breathable insulating material layer. The waterproof jacket material layer is used for insulating heat generated by the far infrared light thermal material layer, insulating the far infrared light thermal material layer, generating far infrared light on the surface of the jacket material layer, heating a human body healthily, conducting heat generated by the far infrared light thermal material layer through the heat conducting material layer, and conducting real-time ventilation and current insulation on the jacket material through the ventilation insulating material layer.
Description
Technical Field
The invention relates to the technical field of down jackets, in particular to a manufacturing method of a novel far infrared photo-thermal technical fabric down jacket.
Background
Filled with the jacket of eiderdown filler in the down coat, the appearance is huge mellow and full, the general eiderdown volume of down coat accounts for more than half, can mix some tiny feathers simultaneously, wash duck down clean, through high temperature disinfection, later fill in the clothes and be just down coat, down coat warmth retention is the best, mostly be mostly people's dress in cold areas, also for the common use of polar investigation personnel, general people all need wear thick clothing to keep out the cold winter, when wearing more clothes, the delay that the action can become, to the development of science and technology, light down coat and electric heat clothes begin to appear on the market, people can provide the sufficient temperature for the human body according to generating heat of electric heat element, people can carry out the regulation of electric heat element calorific capacity according to the temperature of environment simultaneously, and to the light and heat clothes, corresponding product has not yet been seen on the market now.
The existing electric heating clothes mainly comprise the following parts: the electric heating wire, the carbon film heating body, the carbon fiber heating circuit and the thick film heating circuit are four types, although the cost of the electric heating wire, the carbon film heating body, the carbon fiber heating circuit and the thick film heating circuit is low, the danger of electric leakage exists in the mode that heating is carried out through a resistance element by means of current, and therefore the manufacturing method of the novel far infrared photothermal technology fabric down jacket is provided.
Disclosure of Invention
The invention aims to provide a method for manufacturing a novel far infrared photothermal technical fabric down jacket, which has the advantages of electric leakage prevention and photothermal, and solves the problems that the existing electric heating jacket mainly comprises the following parts: the four types of heating wires, carbon film heating elements, carbon fiber heating elements and thick film heating circuits are relatively low in cost, but the heating method by passing current through the resistance element has the problem of electric leakage danger.
In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides a novel far infrared light and heat science and technology surface fabric down coat, includes the main clothing body, the equal fixedly connected with sleeve in both sides of the main clothing body, the top swing joint of the main clothing body has movable cap, the main clothing body, sleeve and movable cap all include waterproof precoat, eiderdown precoat, isolated insulating precoat, far infrared light heat precoat, heat conduction precoat and ventilative insulating precoat, the heat conduction precoat sets up in the surface of ventilative insulating precoat, far infrared light heat precoat sets up in the surface of heat conduction precoat, isolated insulating precoat sets up in the surface of far infrared light heat precoat, the eiderdown precoat sets up in the surface of isolated insulating precoat, waterproof outer precoat sets up in the surface of eiderdown precoat.
Preferably, the front surface of the main clothes body is provided with a first zipper, and the surface of the first zipper is movably connected with a first zipper.
Preferably, the two sides of the front surface of the main clothes body are fixedly connected with placing bags, and magnets are arranged on one sides of inner cavities of the placing bags.
Preferably, the bottom of the movable cap and the top of the main clothes body are both provided with a second zipper, and the surface of the second zipper is movably connected with a second zipper.
Preferably, the manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the raw materials of waterproof outer material layer, insulating material layer, far infrared thermal material layer, heat conducting material layer and air-permeable insulating material layer,
a2, measuring and tracing the sizes of raw materials required by a waterproof outer material layer, an insulating material layer, a far infrared thermal material layer, a heat conducting material layer and a breathable insulating material layer according to the garment blank of the down jacket;
a3, cutting the raw materials to proper sizes by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer, the insulating material layer, the far infrared light thermal material layer, the heat conducting material layer and the breathable insulating material layer;
B. making a down material layer;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer at the innermost layer, placing the heat conducting material layer at the top of the breathable insulating material layer, placing the far infrared light thermal material layer at the top of the heat conducting material layer, placing the isolation insulating material layer at the far infrared light thermal material layer, placing the down material layer at the top of the isolation insulating material layer, placing the waterproof outer material layer at the top of the down material layer, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags on the two sides of the front face of the main coat body by the sewing machine again, sewing a first zipper and a second zipper on the two sides and the top of the down coat respectively, and arranging the first zipper and the second zipper on the surfaces of the first zipper and the second zipper respectively at the same time, thereby completing the manufacture of the down coat.
Preferably, in the step B2, the down feather material is subjected to fluffing carding by using a carding machine.
Preferably, the net body in the step B1 is made of natural silk.
Preferably, the fabric required for isolating the insulating material layer in the step a1 is a special optical fiber, the special optical fiber is a large mode field diameter optical fiber or a high attenuation optical fiber doped with special elements, such as an optical fiber doped with elements such as cobalt, and some special structures can be etched at a special light leakage part to leak out part of light, so as to achieve a physical therapy effect.
Compared with the prior art, the invention has the following beneficial effects:
1. the waterproof outer material layer is used for isolating heat generated by the far infrared light thermal material layer, insulating the far infrared light thermal material layer, generating electric leakage on the surface, generating far infrared light through the far infrared light thermal material layer, and carrying out healthy heating on a human body, so that intelligent temperature adjustment can be realized, heat generated by the far infrared light thermal material layer is conducted through the heat conducting material layer, real-time ventilation and current insulation effects are carried out on the clothes through the ventilation insulating material layer, and further double effects of local heating and infrared physiotherapy can be achieved by scattering of infrared light at special parts, and the problems that the conventional electric heating clothes are mainly provided with the following materials are solved: the four types of heating wires, carbon film heating elements, carbon fiber heating elements and thick film heating circuits are relatively low in cost, but the heating method by passing current through the resistance element has the problem of electric leakage danger.
Drawings
FIG. 1 is a schematic view of the overall front view structure of the present invention;
FIG. 2 is a schematic view of the overall rear view structure of the present invention;
fig. 3 is a schematic cross-sectional view of the main body of the garment of the present invention.
In the figure: 1. a main garment body; 101. a waterproof outer material layer; 102. a down material layer; 103. insulating the insulating material layer; 104. a far infrared thermal material layer; 105. a heat conducting material layer; 106. a breathable insulating material layer; 2. sleeves; 3. a movable cap; 4. a first zipper; 5. a first zipper; 6. placing the bag; 7. a second zipper; 8. a second zipper.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The main garment body 1, the waterproof outer material layer 101, the down feather material layer 102, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105, the breathable insulating material layer 106, the sleeves 2, the movable cap 3, the first zipper 4, the first zipper 5, the placing bag 6, the second zipper 7 and the second zipper 8 are all universal standard parts or parts known by a person skilled in the art, and the structure and the principle of the zipper can be known by a technical manual or a conventional experimental method.
Referring to fig. 1-3, a novel far infrared photothermal technical fabric down jacket comprises a main jacket body 1, sleeves 2 are fixedly connected to both sides of the main jacket body 1, a movable cap 3 is movably connected to the top of the main jacket body 1, the sleeves 2 and the movable cap 3 respectively comprise a waterproof outer material layer 101, a down material layer 102, an insulating material layer 103, a far infrared photothermal material layer 104, a heat conducting material layer 105 and a ventilating insulating material layer 106, the heat conducting material layer 105 is arranged on the surface of the ventilating insulating material layer 106, the far infrared photothermal material layer 104 is arranged on the surface of the heat conducting material layer 105, the insulating material layer 103 is arranged on the surface of the far infrared photothermal material layer 104, the down material layer 102 is arranged on the surface of the insulating material layer 103, the waterproof outer material layer 101 is arranged on the surface of the down material layer 102, the waterproof property of the jacket is improved through the waterproof outer material layer 101, the warm keeping property of the jacket is improved through the down material layer 102, through insulating bed of material 103, a heat for producing far-infrared light thermal bed of material 104 is isolated, and can insulate simultaneously, the electric leakage appears on the surface, through far-infrared light thermal bed of material 104, a be used for producing far-infrared light, carry out healthy heating to the human body, thereby can realize intelligent temperature regulation, through heat conduction bed of material 105, a heat for producing far-infrared light thermal bed of material 104 carries out the heat conduction, through ventilative insulating bed of material 106, a effect for carrying out real-time ventilative and current insulation to the clothes, and then can realize that the infrared light can reach the dual effect of local heating and infrared ray physiotherapy in the scattering at special parts, current electric heat clothes have been solved and mainly have following several kinds: the four types of heating wires, carbon film heating elements, carbon fiber heating elements and thick film heating circuits are relatively low in cost, but the heating method by passing current through the resistance element has the problem of electric leakage danger.
Specifically, the front surface of the main clothes body 1 is provided with a first zipper 4, and the surface of the first zipper 4 is movably connected with a first zipper 5.
Specifically, both sides of the front surface of the main garment body 1 are fixedly connected with placing bags 6, and one side of the inner cavities of the placing bags 6 is provided with a magnet.
Specifically, the bottom of the movable cap 3 and the top of the main garment 1 are both provided with a second zipper 8, and the surface of the second zipper 8 is movably connected with a second zipper 7.
Specifically, the manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
Example two:
in the first embodiment, the following steps are added:
and step B2, fluffing and carding the down raw material by using a carding machine.
The manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
Example three:
in the second embodiment, the following steps are added:
the net body in the step B1 is made of natural silk.
The manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
Example four:
in the third embodiment, the following steps are added:
and step B2, fluffing and carding the down raw material by using a carding machine.
The manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
Example five:
in the fourth example, the following steps were added:
the fabric required for isolating the insulating material layer 103 in the step a1 is a special optical fiber, the special optical fiber is a large mode field diameter optical fiber or a high attenuation optical fiber doped with special elements, such as an optical fiber doped with elements such as cobalt, and partial light can leak out through etching some special structures at a special light leakage part, so that a physiotherapy effect is achieved.
The manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
Example six:
in the fifth example, the following steps were added:
and step B2, fluffing and carding the down raw material by using a carding machine.
The manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the required raw materials of waterproof outer material layer 101, insulating layer 103, far infrared thermal material layer 104, thermal conductive material layer 105 and air permeable insulating layer 106,
a2, measuring and drawing edges of the raw materials required by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106 according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer 101, the insulating material layer 103, the far infrared thermal material layer 104, the heat conducting material layer 105 and the breathable insulating material layer 106;
B. manufacturing a down material layer 102;
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer 106 on the innermost layer, placing the heat conducting material layer 105 on the top of the breathable insulating material layer 106, placing the far infrared light thermal material layer 104 on the top of the heat conducting material layer 105, placing the insulating material layer 103 on the far infrared light thermal material layer 104, placing the down material layer 102 on the top of the insulating material layer 103, placing the waterproof outer material layer 101 on the top of the down material layer 102, and then sequentially sewing the down material layer into the down jacket through a sewing machine;
c2, sewing the placing bags 6 on the two sides of the front surface of the main coat body 1 by the sewing machine again, sewing the first zipper 4 and the second zipper 8 on the two sides and the top of the down coat respectively, and arranging the first zipper 5 and the second zipper 7 on the surfaces of the first zipper 4 and the second zipper 8 respectively, thereby completing the manufacture of the down coat.
The standard parts used in the present application document can be purchased from the market, and can be customized according to the description of the specification and the accompanying drawings, the specific connection mode of each part adopts the conventional means of mature bolt, rivet, welding and the like in the prior art, the machines, parts and equipment adopt the conventional models in the prior art, the control mode is automatically controlled by a controller, the control circuit of the controller can be realized by simple programming of technicians in the field, the control circuit belongs to the common knowledge in the field, and the present application document is mainly used for protecting mechanical devices, so the control mode and the circuit connection are not explained in detail in the present application.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The utility model provides a novel far infrared light and heat science and technology surface fabric down coat, includes the main clothing body (1), its characterized in that: the far infrared thermal insulation clothes with the warm-keeping function comprises a main clothes body (1), sleeves (2) and a movable cap (3), wherein the sleeves (2) are fixedly connected to two sides of the main clothes body (1), the movable cap (3) is movably connected to the top of the main clothes body (1), the sleeves (2) and the movable cap (3) comprise waterproof outer material layers (101), a down material layer (102), an insulation material layer (103), a far infrared thermal material layer (104), a thermal material layer (105) and a breathable insulation material layer (106), the thermal material layer (105) is arranged on the surface of the breathable insulation material layer (106), the far infrared thermal material layer (104) is arranged on the surface of the thermal material layer (105), the insulation material layer (103) is arranged on the surface of the far infrared thermal material layer (104), the down material layer (102) is arranged on the surface of the insulation material layer (103), and the waterproof outer material layer (101) is arranged on the surface of the down material layer (102).
2. The novel far infrared photothermal technical fabric down jacket as claimed in claim 1, wherein: the front surface of the main clothes body (1) is provided with a first zipper (4), and the surface of the first zipper (4) is movably connected with a first zipper (5).
3. The novel far infrared photothermal technical fabric down jacket as claimed in claim 1, wherein: the two sides of the front surface of the main clothes body (1) are fixedly connected with placing bags (6), and one side of the inner cavity of each placing bag (6) is provided with a magnet.
4. The novel far infrared photothermal technical fabric down jacket as claimed in claim 1, wherein: the bottom of the movable cap (3) and the top of the main clothes body (1) are both provided with a second zipper (8), and the surface of the second zipper (8) is movably connected with a second zipper (7).
5. The method for manufacturing the novel down jacket made of the far infrared photothermal technical fabric according to any one of claims 1 to 4, wherein the method comprises the following steps: the manufacturing method comprises the following steps:
A. cutting raw materials;
a1, selecting the raw materials of a waterproof outer material layer (101), an insulating material layer (103), a far infrared thermal material layer (104), a heat conducting material layer (105) and a breathable insulating material layer (106),
a2, measuring and drawing edges of the raw materials required by a waterproof outer material layer (101), an insulating material layer (103), a far infrared thermal material layer (104), a heat conducting material layer (105) and a breathable insulating material layer (106) according to the sizes of the clothes of the down jacket;
a3, cutting the raw materials to a proper size by using a cutting machine according to the sizes of the surfaces of the raw materials needed by the waterproof outer material layer (101), the insulating material layer (103), the far infrared thermal material layer (104), the heat conducting material layer (105) and the breathable insulating material layer (106);
B. making a down material layer (102);
b1 preparing a net body for net wrapping down;
b2, fluffing and carding the down feather raw materials, laying down feather on a net body at the bottom layer by a machine, covering the net body on the upper part of the down feather, needling the down feather and the net body into a whole by a needle machine, and rolling to obtain the roll-shaped net-wrapped down feather;
b3, sewing spindles on two sides of the net wrapped down and rolling to obtain down blanks while unwinding;
b4, placing down materials between the selected down jacket fabric and lining, sewing the down materials into a whole by a quilter according to required pattern and patterns, and rolling to obtain a down jacket blank;
C. sewing the finished product;
c1, firstly, placing the cut breathable insulating material layer (106) at the innermost layer, placing the heat conducting material layer (105) at the top of the breathable insulating material layer (106), placing the far infrared light thermal material layer (104) at the top of the heat conducting material layer (105), placing the insulating material layer (103) at the far infrared light thermal material layer (104), placing the down feather layer (102) at the top of the insulating material layer (103), placing the waterproof outer material layer (101) at the top of the down feather layer (102), and then sewing the down feather layer into the down jacket in sequence through a sewing machine;
c2, sewing the placing bag (6) on the two sides of the front surface of the main coat body (1) through the sewing machine again, sewing the first zipper (4) and the second zipper (8) on the two sides and the top of the down jacket respectively, and arranging the first zipper (5) and the second zipper (7) on the surfaces of the first zipper (4) and the second zipper (8) respectively, thereby completing the manufacture of the down jacket.
6. The manufacturing method of the novel down jacket made of far infrared photothermal technical fabric according to claim 5, is characterized in that: and B2, fluffing and carding the down feather raw material by using a carding machine.
7. The manufacturing method of the novel down jacket made of far infrared photothermal technical fabric according to claim 5, is characterized in that: the net body in the step B1 is made of natural silk.
8. The manufacturing method of the novel down jacket made of far infrared photothermal technical fabric according to claim 5, is characterized in that: the fabric required by the insulation material layer (103) in the step A1 is a special optical fiber, the special optical fiber is a large-mode-field-diameter optical fiber or a high-attenuation optical fiber doped with special elements, such as cobalt-doped optical fiber, and partial light can leak out through etching some special structures at a special light leakage part, so that a physiotherapy effect is achieved.
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| CN209126250U (en) * | 2018-08-13 | 2019-07-19 | 湖州纳尼亚实业有限公司 | A kind of far-infrared warm plain weave wool fabric |
| CN212488553U (en) * | 2020-05-26 | 2021-02-09 | 威海允祯未来服装有限公司 | Self-heating down jacket |
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2021
- 2021-12-20 CN CN202111563553.4A patent/CN114287691A/en active Pending
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|---|---|---|---|---|
| CN1868354A (en) * | 2006-06-21 | 2006-11-29 | 李可章 | Method for making feather dress |
| CN205267047U (en) * | 2015-11-16 | 2016-06-01 | 常熟市浙大紫金光电技术研究中心 | Novel infrared light light and heat clothes of physiotherapy |
| CN209126250U (en) * | 2018-08-13 | 2019-07-19 | 湖州纳尼亚实业有限公司 | A kind of far-infrared warm plain weave wool fabric |
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