CN223682024U - A type of waterproof down jacket that provides heat insulation - Google Patents
A type of waterproof down jacket that provides heat insulationInfo
- Publication number
- CN223682024U CN223682024U CN202423088879.8U CN202423088879U CN223682024U CN 223682024 U CN223682024 U CN 223682024U CN 202423088879 U CN202423088879 U CN 202423088879U CN 223682024 U CN223682024 U CN 223682024U
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- Prior art keywords
- heating
- down jacket
- sewn
- pockets
- jacket body
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Abstract
本实用新型提供一种加热保温的防水羽绒服，包括羽绒服衣身，衣袖，兜帽，收缩衣摆，衬层，加热口袋和加热结构，其中：衣袖缝制在羽绒服衣身的两侧，且兜帽缝制在羽绒服衣身的顶部，该收缩衣摆缝制在羽绒服衣身的底部；所述衬层缝制在羽绒服衣身的内部，且加热口袋缝制在羽绒服衣身的前后两面，该加热结构缝制在衬层的内部；所述衬层的底部缝制有一个电源放置袋；本实用新型加热口袋和加热结构的设置，可以有效的加热关键部位，清洗时不会损坏电气设备，加热均匀。
This utility model provides a waterproof down jacket with heating and insulation, including a down jacket body, sleeves, a hood, a gathered hem, a lining, heated pockets, and a heating structure. The sleeves are sewn to both sides of the down jacket body, the hood is sewn to the top of the down jacket body, and the gathered hem is sewn to the bottom of the down jacket body. The lining is sewn inside the down jacket body, and the heated pockets are sewn to the front and back of the down jacket body. The heating structure is sewn inside the lining. A power outlet pocket is sewn to the bottom of the lining. The heating pockets and heating structure of this utility model can effectively heat key parts, will not damage electrical equipment during washing, and provide even heating.
Description
Technical Field
The utility model relates to the technical field of down jackets, in particular to a waterproof down jacket capable of heating and preserving heat.
Background
Along with the development of science and technology and the improvement of living standard, the down jackets are widely applied to daily wear as common warm-keeping clothes in winter. However, with the aggravation of cold climate, the heat insulation performance of the traditional down jackets is gradually unable to meet the requirements of people on comfort and functionality in extremely low-temperature environments. Particularly in outdoor activities, extremely cold weather or high altitude areas, the requirements of people on the warmth retention property of clothes are more and more strict. To address this challenge, heated down jackets are increasingly entering the market, becoming a new trend for winter clothing.
Existing heated down jackets typically rely on built-in batteries or electrical heating elements to provide heat to the clothing, which allows the user to adjust the temperature via buttons to achieve a comfortable wearing experience. The electric heating sheets or the electric heating fibers are adopted by the heating down jackets, and electric current is converted into heat energy through the heating elements, so that the fabrics and the inner areas of the down jackets are heated, and the body temperature of users is ensured to be kept in a cold environment.
Therefore, the invention of the waterproof down jacket with the functions of heating and heat preservation is very necessary.
Disclosure of utility model
In order to solve the technical problems, the utility model provides a heating and heat-preserving waterproof down jacket, which solves the problems that the conventional down jacket still has key parts which cannot be effectively heated, electrical equipment is easy to damage during cleaning, and the heating is uneven. A waterproof down jacket capable of heating and preserving heat comprises a down jacket body, sleeves, pocket caps, shrinkage clothes pendulums, lining layers, heating pockets and heating structures, wherein the sleeves are sewn on two sides of the down jacket body, the pocket caps are sewn on the top of the down jacket body, the shrinkage clothes pendulums are sewn on the bottom of the down jacket body, the lining layers are sewn in the down jacket body, the heating pockets are sewn on the front surface and the rear surface of the down jacket body, the heating structures are sewn in the lining layers, and a power supply placing bag is sewn at the bottom of the lining layers.
The heating structure comprises a main conductor, a power connector, an extension distribution circuit, connecting ends, butt joint ends, bending wires and heating sheets, wherein the power connector is fixedly arranged at the bottom end of the main conductor and fixedly arranged on the outer side of the main conductor, the main conductor and the extension distribution circuit are sewn in a lining layer, the top ends of the extension distribution circuits extend into 8 groups of heating pockets, the connecting ends are fixedly arranged at the top ends of each group of extension distribution circuits and are spliced on the connecting ends, and the heating sheets are connected with the butt joint ends through the bending wires.
The butt joint end that the connection end top was connected can be sealed through the shutoff lid.
The heating pockets are 8, each 4 heating pockets are divided into two groups and sewn on the front surface and the rear surface of the down jacket body respectively, the space inside the heating pockets is divided into two parts through square cotton cloth, heating sheets are placed in the space inside the heating pockets, other articles are placed in the space outside the heating pockets, the ① heating sheets are stored in the space outside the heating pockets, the inner side space of each heating pocket is specially used for placing the heating sheets, a power supply is connected through an extending distribution circuit and a connecting end, the heating sheets can be heated, a heat preservation effect is provided for the down jacket, ② is convenient for storage in a partitioning mode, the inside of each heating pocket is divided into two parts through square cotton cloth, the heating sheets are placed on the inner side of each heating pocket, other articles such as gloves and mobile phones are stored on the outer side of each heating pocket, the heating pockets are separated from the articles, the articles are prevented from being damaged, the ③ provides flexibility, the heating pockets are divided into two groups, each heating pocket is 4, the heating areas can be controlled according to needs, the heating effect is concentrated on the needed areas such as front body and the back body, the heating effect is improved, the comfort is enhanced, the comfort is enhanced, the design is the heat is evenly distributed on the heat of the body of the down jacket, and the users can be prevented from being in the cold environment, and the cold condition is guaranteed.
The heating structure is integrally connected with a mobile power supply through a power connector to supply power, the main conductive pipe and the extension distribution circuit adopt waterproof wires which extend outwards, the heating structure is connected with the butt joint end through the connecting end to enable the heating sheet to generate heat when the heating structure generates heat, and the heating structure is connected with the plugging cover to seal the power-on contact through the connecting end when the heating structure does not generate heat, so that ① generates heat, and the heating sheet in the heating structure is a heating core element. The heating structure is used for realizing the distribution of the heating function through the main conductive path and the extension distribution circuit, and the heating process is controlled ②. The power connector is connected to an external power supply to provide power for the whole heating system. The main conductor and the extension distribution circuit distribute current to the heating sheets in different heating pockets to ensure uniform distribution of heat, and ③ is waterproof and protective, namely, when the plugging cover seals the connecting end, water or cleaning liquid can be effectively prevented from entering the electric contact area of the connecting end. The electric wire cleaning device has the advantages that moisture is prevented from penetrating into the electric wire, short circuit or other electrical faults of the electric circuit are prevented, and the safety of a heating system in the cleaning process is guaranteed.
Compared with the prior art, the utility model has the following beneficial effects:
1. The heating pocket is arranged, ① is used for storing heating sheets, the inner side space of each heating pocket is specially used for storing the heating sheets, the heating sheets can be heated through an extension distribution circuit and a connecting end to provide a heat preservation effect for the down jackets, ② is convenient for partition storage, the inside of each heating pocket is divided into two parts through square cotton cloth, the heating sheets are arranged on the inner side, other articles such as gloves and mobile phones are stored on the outer side of each heating pocket, the heating pockets are separated from the articles storage to avoid damage of the articles, ③ provides flexibility, the heating pockets are designed into a plurality of groups, 8 heating pockets are divided into two groups, 4 heating areas of each group can be controlled according to needs, the heating effect is concentrated in the needed areas such as front and back body parts, and therefore the heating effect and comfort are improved, ④ is improved, the design of the heating pockets enables the heat to be evenly distributed, local overheating is avoided, and the comfort body temperature of a wearer is ensured in a cold environment.
2. The heating structure of the utility model has the following effect that ① generates heat, and a heating sheet in the heating structure is a heating core element. The heating structure is used for realizing the distribution of the heating function through the main conductive path and the extension distribution circuit, and the heating process is controlled ②. The power connector is connected to an external power supply to provide power for the whole heating system. The main conductor and the extension distribution circuit distribute current to the heating sheets in different heating pockets to ensure uniform distribution of heat, and ③ is waterproof and protective, namely, when the plugging cover seals the connecting end, water or cleaning liquid can be effectively prevented from entering the electric contact area of the connecting end. The electric wire cleaning device has the advantages that moisture is prevented from penetrating into the electric wire, short circuit or other electrical faults of the electric circuit are prevented, and the safety of a heating system in the cleaning process is guaranteed.
Drawings
Fig. 1 is a schematic structural view of the present utility model.
Fig. 2 is a schematic structural view of the heating structure of the present utility model.
In the figure:
The down jacket comprises a down jacket body 1, sleeves 2, a hood 3, a shrinkage clothing pendulum 4, a lining 5, a heating pocket 6, a heating structure 7, a main conductor 71, a power connector 72, an extension distribution circuit 73, a connecting end 74, a butt joint end 75, a bending wire 76, a heating piece 77 and a plugging cover 78.
Detailed Description
In order that those skilled in the art will better understand the present utility model, a technical solution of the embodiments of the present utility model will be clearly and completely described below, and it is apparent that the described embodiments are only some embodiments of the present utility model, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the present utility model without making any inventive effort, shall fall within the scope of the present utility model.
As shown in fig. 1 to 2.
The utility model provides a heating and heat-preserving waterproof down jacket, which comprises a down jacket body 1, sleeves 2, a hood 3, shrinkage clothes pendulums 4, a lining layer 5, a heating pocket 6 and a heating structure 7, wherein the sleeves 2 are sewn on two sides of the down jacket body 1, the hood 3 is sewn on the top of the down jacket body 1, the shrinkage clothes pendulums 4 are sewn on the bottom of the down jacket body 1, the lining layer 5 is sewn inside the down jacket body 1, the heating pocket 6 is sewn on the front surface and the rear surface of the down jacket body 1, the heating structure 7 is sewn inside the lining layer 5, and a power supply placing bag is sewn on the bottom of the lining layer 5.
The heating structure 7 comprises a main conductor 71, a power connector 72, an extension distribution circuit 73, a connecting end 74, a butt joint end 75, a bending wire 76 and a heating piece 77, wherein the power connector 72 is fixedly arranged at the bottom end of the main conductor 71, the extension distribution circuit 73 is fixedly arranged on the outer side of the main conductor 71, the main conductor 71 and the extension distribution circuit 73 are sewn in the lining 5, the top ends of the extension distribution circuits 73 extend into 8 groups of heating pockets 6, the connecting end 74 is fixedly arranged at the top end of each group of extension distribution circuits 73, the butt joint end 75 is spliced on the connecting end 74, and the heating piece 77 is connected with the butt joint end 75 through the bending wire 76.
The butt end 75 connected to the top end of the connection end 74 can be closed by a closure cap 78.
The heating pockets 6 are 8, each 4 of the heating pockets 6 are divided into two groups and sewn on the front surface and the rear surface of the down jacket body 1 respectively, the space inside the heating pockets 6 is divided into two parts by square cotton cloth, heating sheets 77 are placed in the space inside the heating pockets 6, and other articles are placed in the space outside the heating pockets 6.
The whole heating structure 7 is connected with a mobile power supply through a power connector 72 to supply power, the main conductor 71 and the extension distribution circuit 73 adopt waterproof wires extending outwards, the heating structure 7 is connected with a butt joint end 75 through a connecting end 74 to enable a heating sheet 77 to generate heat when heating, and the heating structure 7 is connected with a plugging cover 78 to seal an electrified contact through the connecting end 74 when not generating heat.
Compared with the prior art, the waterproof down jacket with the heating and heat preservation function has the following obvious advantages:
1. Enhanced water resistance:
This equipment seals the connection end 74 through shutoff lid 78, ensures that when wasing, water or washing liquid can't get into electrical portion, has avoided the risk of circuit short circuit or electric wire damage, compares prior art, can wash under the condition of not taking out the electric wire, has promoted the durability and the maintenance convenience of down jacket.
2. An integrated heating system:
The heating plate 77 in the heating structure 7 can uniformly heat all parts of the down jacket through the extension distribution circuit 73, provides more balanced heat distribution, and compared with a traditional single heating mode, the device can carry out partition heating through the plurality of heating pockets 6, thereby improving the warm-keeping effect, avoiding the situation of local overheating and ensuring that a wearer keeps warm in a cold environment.
3. Flexible temperature control design:
The present device allows for connection or closure through the connection end 74 and the butt end 75, providing greater flexibility, and when unheated, may seal the electrical contact port through the plugging cover 78, avoiding unnecessary current loss, and providing improved wearing comfort by providing for better control of heating zones and temperatures than conventional devices by the intelligent design of the present device.
4. Safe electrical design:
The connection of the power connector 72 to an external mobile power supply, in combination with the waterproof wire design, ensures the safety of the current passing process, and the power supply and wires of the device are closed and protected, reducing the risk of exposing the electrical parts and increasing the safety of use compared to some prior art battery or power exposure designs.
5. Convenient cleaning and maintenance:
The design of the device allows a user to conveniently clean the down jacket without disassembling the wires or the electrical parts, avoiding the trouble or damage caused by disassembly, and effectively protecting the electrical parts by the sealing design of the sealing cover 78 during cleaning, so that the down jacket is kept complete and safe during cleaning and maintenance.
6. Multifunctional design:
the heating pocket 6 not only has the heating function, can also deposit other articles, has improved the practicality and the functional of down jacket, compares traditional down jacket, and this equipment not only can keep warm, has still provided extra article storage space, satisfies multiple demand.
7. Environmental protection and energy saving:
Because the heating structure 7 adopts the portable power source to supply power to provide stable electric current through waterproof electric wire, this equipment compares in the heating clothes of built-in battery, has higher flexibility and sustainability, and the user can replace or charge portable power source as required, has avoided the life problem and the environmental pollution of built-in battery.
Summarizing:
Through innovative design, the device provides higher performance and use experience in the aspects of safety, waterproofness, convenience, heating effect, functionality and the like compared with the prior art, is suitable for being worn for a long time in an extremely cold environment, is easy to clean and maintain, and is a powerful upgrade of the traditional heating down jacket technology.
By utilizing the technical scheme of the utility model or under the inspired by the technical scheme of the utility model, a similar technical scheme is designed by a person skilled in the art, so that the technical effects are achieved, and the technical scheme falls into the protection scope of the utility model.
Claims (5)
1. A heating and heat-preserving waterproof down jacket is characterized by comprising a down jacket body (1), sleeves (2), a hood (3), shrinkage clothes pendulums (4), a lining (5), heating pockets (6) and a heating structure (7), wherein the sleeves (2) are sewn on two sides of the down jacket body (1), the hood (3) is sewn on the top of the down jacket body (1), the shrinkage clothes pendulums (4) are sewn on the bottom of the down jacket body (1), the lining (5) is sewn in the down jacket body (1), the heating pockets (6) are sewn on the front surface and the rear surface of the down jacket body (1), the heating structure (7) is sewn in the lining (5), and a power supply placing bag is sewn on the bottom of the lining (5).
2. A heating and heat-preserving waterproof down jacket according to claim 1, wherein the heating structure (7) comprises a main conductor (71), a power connector (72), an extension distribution circuit (73), a connecting end (74), a butt joint end (75), a bending wire (76) and a heating piece (77), the power connector (72) is fixedly arranged at the bottom end of the main conductor (71), the extension distribution circuit (73) is fixedly arranged at the outer side of the main conductor (71), the main conductor (71) and the extension distribution circuit (73) are sewn in the lining (5), the top ends of the extension distribution circuits (73) extend into the 8 groups of heating pockets (6), the connecting end (74) is fixedly arranged at the top end of each group of extension distribution circuits (73), the butt joint end (75) is spliced on the connecting end (74), and the heating piece (77) is connected with the butt joint end (75) through the bending wire (76).
3. A heat-insulating waterproof down jacket according to claim 2, characterized in that the butt joint end (75) connected with the top end of the connecting end (74) can be closed by a plugging cover (78).
4. The waterproof down jacket with heating and heat preservation functions as set forth in claim 1, wherein 8 heating pockets (6) are adopted, each 4 of the heating pockets (6) is divided into two groups and sewn on the front surface and the rear surface of the down jacket body (1), the space inside the heating pockets (6) is divided into two parts through square cotton cloth, heating sheets (77) are placed in the space inside the heating pockets (6), and other objects are placed in the space outside the heating pockets (6).
5. The waterproof down jacket with heating and heat preservation functions as described in claim 3, wherein the whole heating structure (7) is connected with a mobile power supply through a power connector (72) to supply power, the main circuit (71) and the extension distribution circuit (73) adopt waterproof wires extending outwards, the heating structure (7) is connected with a butt joint end (75) through a connecting end (74) to enable a heating piece (77) to generate heat when heating, and the heating structure (7) is connected with a plugging cover (78) to seal an electrified contact through the connecting end (74) when not generating heat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202423088879.8U CN223682024U (en) | 2024-12-14 | 2024-12-14 | A type of waterproof down jacket that provides heat insulation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202423088879.8U CN223682024U (en) | 2024-12-14 | 2024-12-14 | A type of waterproof down jacket that provides heat insulation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN223682024U true CN223682024U (en) | 2025-12-19 |
Family
ID=98016123
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202423088879.8U Active CN223682024U (en) | 2024-12-14 | 2024-12-14 | A type of waterproof down jacket that provides heat insulation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN223682024U (en) |
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2024
- 2024-12-14 CN CN202423088879.8U patent/CN223682024U/en active Active
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