CN215126850U - Double-sided cotton velvet quilt - Google Patents

Abstract

The application relates to a double-sided cotton velvet quilt, which relates to the field of daily necessities and comprises a quilt cover and a wool quilt core, wherein the quilt cover is formed by compounding two pieces of woven cloth, a placing area for placing the wool quilt core and a connecting area fixedly connected with the two pieces of woven cloth are formed after the two pieces of woven cloth are compounded, each piece of woven cloth is formed by weaving a first woven wire and a second woven wire, and the first woven wire comprises cotton threads; the second braided wire comprises a phase change energy storage fiber wire. The quilt has the function of improving the warm-keeping effect of the quilt.

Description

Double-sided cotton velvet quilt

Technical Field

The application relates to the field of daily necessities, in particular to a double-sided cotton velvet quilt.

Background

The fluff quilt is a bedding article for keeping warm during sleeping, consists of a quilt cover and a fluff quilt core, and generally adopts wool, camel hair, goose down, duck down and the like as the fluff quilt core.

Chinese patent publication No. CN203676704U discloses a double-layered air-permeable wool quilt, which comprises a first quilt body, a second quilt body located under the first quilt body, and a vertical lining for connecting the first quilt body and the second quilt body, wherein the first quilt body and the second quilt body have the same shape and the same size, the vertical lining is located between the four peripheral edges of the first quilt body and the second quilt body, and the vertical lining is a strip-shaped cloth with a plurality of air-permeable meshes.

In view of the above-mentioned related arts, the inventor believes that the quilt has good air permeability by arranging a plurality of air permeable meshes, but the heat stored in the quilt is easily dissipated through the air permeable meshes, so that the warm-keeping effect of the quilt is weakened.

SUMMERY OF THE UTILITY MODEL

In order to improve the warm-keeping effect of the quilt, the application provides a double-sided cotton velvet quilt.

The application provides a two-sided cotton velvet quilt adopts following technical scheme:

a double-sided cotton velvet quilt comprises a quilt cover and a wool quilt core, wherein the quilt cover is formed by compounding two pieces of woven cloth, a placing area for placing the wool quilt core and a connecting area fixedly connected with the two pieces of woven cloth are formed after the two pieces of woven cloth are compounded, each piece of woven cloth is formed by weaving a first woven wire and a second woven wire, and the first woven wire comprises cotton threads; the second braided wire comprises a phase change energy storage fiber wire.

Through adopting above-mentioned technical scheme, have good moisture absorption warmth retention through the cotton thread, and phase change energy storage fiber line has the function that the heat accumulation adjusted the temperature, so set up outside the wool quilt core through the quilt cover that phase change energy storage fiber line and cotton thread weaving formed, can synthesize the warmth retention that improves this application.

Optionally, the joining region is including sewing up the opening district of fixed area and with external intercommunication, the opening district is close to place district one side with place the inside intercommunication in district, two weave the equal fixedly connected with magic subsides of cloth one side in opposite directions, two the magic subsides all set up in the opening district, and two the magic is pasted and can be dismantled the connection in opposite direction one side.

Through adopting above-mentioned technical scheme, paste through setting up the magic to convenient to use person is to the change of wool quilt core, and has improved the abluent convenience of quilt cover.

Optionally, each piece of knitted fabric is a weft-knitted fabric knitted by a double-sided circular knitting machine with a dial knitting needle and a cylinder knitting needle, and the quilt cover takes eight paths as minimum circular knitting; the minimum circulation organization comprises a first loop forming system, a third loop forming system, a fifth loop forming system and a seventh loop forming system which adopt the first knitting yarn; the minimum loop organization further comprises a second loop forming system, a fourth loop forming system, a sixth loop forming system and an eighth loop forming system which adopt the second knitting yarn.

By adopting the technical scheme, the weft-knitted fabric has excellent elasticity, so that the quilt cover can be endowed with excellent elasticity by limiting the knitting method and the minimum circulation structure.

Optionally, the colors of the cotton thread and the phase change energy storage fiber thread are different, and needle cylinders of the first path of knitting system, the third path of knitting system, the sixth path of knitting system and the eighth path of knitting system are all knitted into a loop by passing through 2 holes 2; and the needle cylinders of the second loop-forming system, the fourth loop-forming system, the fifth loop-forming system and the seventh loop-forming system are all knitted into loops in a hollow 2-in 2 mode.

By adopting the technical scheme, the colors of the cotton threads and the phase change energy storage fiber threads are limited, and the looping mode of each loop of the looping system on the needle cylinder knitting needle is limited, so that lattice-shaped patterns can be formed on the surface of the quilt cover, and the appearance of the quilt cover is improved.

Optionally, dial needles of the first loop forming system, the second loop forming system, the third loop forming system, the fourth loop forming system, the fifth loop forming system, the sixth loop forming system, the seventh loop forming system, and the eighth loop forming system are all knitted in a loop forming state.

By adopting the technical scheme, the front and back surfaces of the quilt cover form different patterns by limiting the looping modes of the first looping system, the second looping system, the third looping system, the fourth looping system, the fifth looping system, the sixth looping system, the seventh looping system and the eighth looping system on the dial knitting needles, one surface of the quilt cover forms lattice-shaped patterns, and the other surface of the quilt cover forms stripe-shaped patterns, so that the quilt cover can be used for both the front and the back, and the practicability of the quilt cover is improved.

Optionally, the first braided wire further comprises a copper ammonia fiber wire, and the cotton wire and the copper ammonia fiber wire are the same in color.

Through adopting above-mentioned technical scheme, through setting up copper ammonia fiber line, and inject the colour of copper ammonia fiber line, can make the decorative pattern of quilt cover positive and negative more have the third dimension on the one hand, on the other hand can give the fine antistatic effect of quilt cover.

Optionally, the second braided wire further comprises an antibacterial composite wire, and the antibacterial composite wire comprises a bamboo charcoal fiber wire.

Through adopting above-mentioned technical scheme, through setting up bamboo charcoal fiber line to can give this application good antibiotic deodorization nature.

Optionally, the antibacterial composite thread further comprises a soybean fiber thread, and the soybean fiber thread and the bamboo charcoal fiber thread are mutually wound to form the antibacterial composite thread.

Through adopting above-mentioned technical scheme, through setting up soybean fiber line, and inject the connected mode between soybean fiber line and the bamboo charcoal fiber line to improve the joint strength of antibiotic compound line, and soybean fiber line has good skin affinity nature, thereby can improve the travelling comfort of user when using this application.

Optionally, the twisting direction of the cotton thread is the same as that of the copper ammonia fiber thread, and the twisting direction of the cotton thread is opposite to that of the phase change energy storage fiber thread.

By adopting the technical scheme, the twisting direction of the cotton threads, the copper ammonia fiber threads and the phase change energy storage fiber threads is limited, so that a hidden lattice effect is formed on the surface of the quilt cover, and the three-dimensional property of patterns on the surface of the quilt cover is further improved.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the phase change energy storage fiber wires and the cotton wires can endow the quilt cover with excellent heat storage and temperature regulation functions, so that the warmth retention property of the quilt cover is comprehensively improved;

2. by limiting the looping mode of each loop looping system on the dial knitting needle and the needle cylinder knitting needle, different patterns are formed on the front surface and the back surface of the fabric, the attractiveness of the novel needle cylinder knitting needle is enhanced, and the practicability of the novel needle cylinder knitting needle is improved.

Drawings

FIG. 1 is a schematic diagram of the overall structure of an embodiment of the present application;

FIG. 2 is a schematic structural diagram of a quilt cover in the position of a wool quilt core in the embodiment of the application;

FIG. 3 is a schematic diagram of the structure of the minimal circulation organization in an embodiment of the present application;

FIG. 4 is a schematic structural view of cotton threads in an embodiment of the present application;

FIG. 5 is a schematic structural diagram of a phase change energy storage fiber wire according to an embodiment of the present application;

fig. 6 is a schematic structural diagram of an antibacterial composite wire in an embodiment of the present application.

Reference numerals: 1. a quilt cover; 11. a placement area; 12. a connecting region; 121. sewing the fixed area; 122. an open area; 2. a wool quilt core; 3. a first braided wire; 31. cotton threads; 32. copper ammonia fiber wire; 4. a second braided wire; 41. a phase change energy storage fiber wire; 42. an antibacterial composite wire; 421. bamboo charcoal fiber thread; 422. soybean fiber thread; 5. minimal circulating tissue; 51. a first looping system; 52. a second loop looping system; 53. a third looping system; 54. a fourth looping system; 55. a fifth looping system; 56. a sixth looping system; 57. a seventh loop-forming system; 58. an eighth loop-forming system; 5. weaving cloth; 6. magic tape.

Detailed Description

The present application is described in further detail below with reference to figures 1-6.

The embodiment of the application discloses a double-sided cotton velvet quilt. Referring to fig. 1 and 2, a double-sided cotton velvet quilt comprises a quilt cover 1 and a woolen quilt core 2, wherein the quilt cover 1 is formed by sewing two pieces of woven cloth 5, the two pieces of woven cloth 5 are sewn to form a connecting area 12, the connecting area 12 comprises a U-shaped sewing fixing area 121 and an opening area 122 communicated with the outside, the sewing fixing area 121 is a sewing fixing position of the two pieces of woven cloth 5, and the opposite side of the opening area 122 and the sewing fixing area 121 can form a placing area 11 for placing the woolen quilt core 2.

Referring to fig. 1 and 2, opening district 122 is close to places 11 one sides of district and places 11 inside intercommunications in district, and two weaving cloth 5 are all sewed up to one side in opposite directions and are fixed with magic subsides 6, and two magic subsides 6 all set up in opening district 122, and two magic subsides 6 are mao face and hook face respectively in opposite directions one side, and the adhesion can be dismantled with the hook face to two magic subsides 6 and fix.

Referring to fig. 2 and 3, the wool comforter core 2 can be selected from the wool comforter core 2 sold by Nantongsun Xiu textile science and technology Limited company under the brand of MM BEDDING and the goods number of 1016-1, the woven fabric 5 is a weft-knitted fabric with excellent elasticity woven by a double-sided circular knitting machine, wherein the double-sided circular knitting machine can be a double-sided circular knitting machine sold by Kangkong Huahai knitting Limited company, a dial knitting needle and a needle cylinder are arranged in the double-sided circular knitting machine for weaving the woven fabric 5, opposite sides of the two woven fabrics 5 are reverse sides of the comforter 1, and the dial knitting needle is used for weaving the reverse sides of the comforter 1; the back sides of the two pieces of woven cloth 5 are the front sides of the quilt cover 1, and the needle cylinder knitting needle is used for weaving the front sides of the quilt cover 1.

Referring to fig. 3 and 4, the knitting fabric 5 is knitted by using eight paths as a minimum loop structure 5, the minimum loop structure 5 is composed of a first loop forming system 51, a second loop forming system 52, a third loop forming system 53, a fourth loop forming system 54, a fifth loop forming system 55, a sixth loop forming system 56, a seventh loop forming system 57 and an eighth loop forming system 58, wherein the first loop forming system 51, the third loop forming system 53, the fifth loop forming system 55 and the seventh loop forming system 57 are all knitted by using a first knitting yarn 3 which is white and has a specification of 100D; the first weaving line 3 includes white cotton line 31 and white cuprammonium rayon line 32, the cotton line 31 is twisted by cotton fiber twisting machine S with good warm-keeping function, and the cuprammonium rayon line 32 is twisted by cuprammonium rayon twisting machine S with good antistatic effect, wherein cuprammonium rayon line 32 can also purchase cuprammonium rayon yarn with Weifang Jinguo national media Limited company brand of jinyutai, twisting way of S-twist and white color.

Referring to fig. 3 and 4, the cotton thread 31 and the cuprammonium rayon thread 32 threaded on the first looping system 51, the third looping system 53, the fifth looping system 55 and the seventh looping system 57 are simultaneously fed, and the simultaneously fed cotton thread 31 and cuprammonium rayon thread 32 are knitted into loops on dial needles in a looping manner; the cotton thread 31 and the cuprammonium rayon thread 32 fed simultaneously to the first looping system 51 and the third looping system 53 are knitted into loops by passing 2-space 2 on the needle cylinder knitting needle, and the cotton thread 31 and the cuprammonium rayon thread 32 fed simultaneously to the fifth looping system 55 and the seventh looping system 57 are knitted into loops by passing 2-space 2 on the needle cylinder knitting needle.

Referring to fig. 3 and 5, the second loop forming system 52, the fourth loop forming system 54, the sixth loop forming system 56, and the eighth loop forming system 58 are all woven with the second knitting yarn 4 which is black and 150D in gauge; the second braided wire 4 comprises a phase change energy storage fiber wire 41 with adjustable temperature and an antibacterial composite wire 42 with excellent antibacterial property, wherein the phase change energy storage fiber wire 41 is formed by twisting phase change energy storage fibers by a twisting machine Z, the phase change energy storage fiber wire 41 is black, and the phase change energy storage fibers can be black intelligent temperature adjusting cotton with the product number of TL-953 produced by Shanghai Feikang cushion product factories.

Referring to fig. 3 and 6, the antibacterial composite yarn 42 is formed by winding a soybean fiber yarn 422 and a black bamboo charcoal fiber yarn 421, wherein the soybean fiber yarn 422 is formed by twisting soybean fibers with excellent skin-friendly property by a twisting machine Z, the bamboo charcoal fiber yarn 421 is formed by twisting bamboo charcoal fibers with excellent deodorizing and antibacterial effects by the twisting machine Z, the phase change energy storage fiber yarn 41 and the antibacterial composite yarn 42 penetrating through the second path looping system 52, the fourth path looping system 54, the sixth path looping system 56 and the eighth path looping system 58 are simultaneously fed, and the fed phase change energy storage fiber yarn 41 and the fed antibacterial composite yarn 42 are knitted into a loop on a dial knitting needle in a looping state; the phase change energy storage fiber thread 41 and the antibacterial composite thread 42 fed simultaneously into the second looping system 52 and the fourth looping system 54 are knitted into loops in a mode of 2-in-2-out on a needle cylinder knitting needle, the phase change energy storage fiber thread 41 and the antibacterial composite thread 42 fed simultaneously into the sixth looping system 56 and the eighth looping system 58 are knitted into loops in a mode of 2-in-2-out-2-in-2-out on the needle cylinder knitting needle, finally, lattice-shaped patterns are formed on the front side of the quilt cover 1, and stripe-shaped patterns are formed on the back side of the quilt cover 1.

The implementation principle of the double-sided cotton velvet quilt in the embodiment of the application is as follows: the user separates the two magic tapes 6, then puts the wool quilt core 2 into the placing area 11, and then re-adheres and fixes the two magic tapes 6, so that the lattice-shaped patterns on the front surface of the quilt cover 1 directly contact with the outside to play a role in decoration, and at the moment, the magic tapes 6 are arranged outside the placing area 11; if the user need change by 1 decorative pattern of cover, then can separate two magic subsides 6 back with the wool by core 2 from placing district 11 and taking out, then will be covered 1 inside and outside upset for the fringe form decorative pattern of 1 reverse side of quilt cover directly plays the decorative effect with external contact, places district 11 with the wool by core 2 repacking, and it is fixed to carry out the adhesion again with two magic subsides 6 after that, and two magic subsides 6 stretch into and place 11 inside fixed effects that play of district this moment.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (9)

1. A double-sided cotton velvet quilt is characterized in that: the wool quilt cover comprises a quilt cover (1) and a wool quilt core (2), wherein the quilt cover (1) is formed by compounding two pieces of woven cloth (5), a placing area (11) for placing the wool quilt core (2) and a connecting area (12) fixedly connected with the two pieces of woven cloth (5) are formed after the two pieces of woven cloth (5) are compounded, each piece of woven cloth (5) is formed by weaving a first woven wire (3) and a second woven wire (4), and the first woven wire (3) comprises a cotton wire (31); the second braided wire (4) comprises a phase change energy storage fiber wire (41).

2. A double-sided cotton linter quilt according to claim 1, characterized in that: joining region (12) are including sewing up fixed area (121) and opening district (122) with external intercommunication, opening district (122) are close to place district (11) one side with place district (11) inside intercommunication, two weave cloth (5) equal fixedly connected with magic subsides (6) in one side in opposite directions, two magic subsides (6) all set up in opening district (122), and two magic subsides (6) can be dismantled in one side in opposite directions and connect.

3. A double-sided cotton linter quilt according to claim 1, characterized in that: each knitted fabric (5) is a weft-knitted fabric knitted by a double-sided circular knitting machine with a dial knitting needle and a cylinder knitting needle, and the quilt cover (1) takes eight paths as minimum circular knitting; said minimum loop formation comprises a first looping system (51), a third looping system (53), a fifth looping system (55) and a seventh looping system (57) using said first knitting yarn (3); the minimum loop organization further comprises a second loop forming system (52), a fourth loop forming system (54), a sixth loop forming system (56) and an eighth loop forming system (58) using the second knitting yarn (4).

4. A double-sided cotton linter quilt according to claim 3, characterized in that: the cotton thread (31) and the phase change energy storage fiber thread (41) are different in color, and needle cylinder needles of the first loop forming system (51), the third loop forming system (53), the sixth loop forming system (56) and the eighth loop forming system (58) are all knitted into loops in a mode of penetrating 2-space 2; the cylinder needles of the second loop forming system (52), the fourth loop forming system (54), the fifth loop forming system (55) and the seventh loop forming system (57) are all knitted in a hollow 2-through 2 mode.

5. A double-sided cotton velvet quilt according to claim 4, characterized in that: the dial needles of the first loop forming system (51), the second loop forming system (52), the third loop forming system (53), the fourth loop forming system (54), the fifth loop forming system (55), the sixth loop forming system (56), the seventh loop forming system (57) and the eighth loop forming system (58) are all knitted in a looped state.

6. A double-sided cotton velvet quilt according to claim 5, characterized in that: the first braided wire (3) further comprises a copper ammonia fiber wire (32), and the cotton wire (31) and the copper ammonia fiber wire (32) are the same in color.

7. A double-sided cotton velvet quilt according to claim 6, characterized in that: the second braided wire (4) further comprises an antibacterial composite wire (42), and the antibacterial composite wire (42) comprises a bamboo charcoal fiber wire (421).

8. A double-sided cotton linter quilt according to claim 7, characterized in that: the antibacterial composite thread (42) further comprises a soybean fiber thread (422), and the soybean fiber thread (422) and the bamboo charcoal fiber thread (421) are mutually wound to form the antibacterial composite thread (42).

9. A double-sided cotton velvet quilt according to claim 6, characterized in that: the twisting direction of the cotton thread (31) is the same as that of the copper ammonia fiber thread (32), and the twisting direction of the cotton thread (31) is opposite to that of the phase change energy storage fiber thread (41).

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