CN113951578B

CN113951578B - Environment-friendly and easily degradable sock

Info

Publication number: CN113951578B
Application number: CN202111080277.6A
Authority: CN
Inventors: 朱仁海; 何丹民; 裘月霞; 林朝秀; 江周琴
Original assignee: Haining Danfeng Knitting Co ltd
Current assignee: Haining Danfeng Knitting Co ltd
Priority date: 2021-09-15
Filing date: 2021-09-15
Publication date: 2023-10-20
Anticipated expiration: 2041-09-15
Also published as: CN113951578A

Abstract

The invention provides an environment-friendly and degradable sock, which comprises a sock body, a sock leg, a sock opening, a sock heel, a sock tip and a sock pad, wherein the sock pad is fixedly arranged on the inner surface of the bottom side of the sock body, and a plurality of sweat-absorbing components capable of automatically absorbing sweat are fixedly arranged in equal adjacent rows at the inner position of the sock pad; the sweat absorbing components are respectively composed of an air bag, a sweat absorbing layer, a plurality of channels, cooling particles and a separation net. This kind of environmental protection is degradation-prone socks can play and make the sock body possess automatic sweat-absorbing function, when the user dresses socks in summer motion, in time handles user's sole exhaust sweat, has avoided a large amount of sweat to pile up and has made the bacterium breed and infect the effect of problem of beriberi.

Description

Environment-friendly and easily degradable sock

Technical Field

The invention relates to the technical field of wearing articles, in particular to an environment-friendly and degradable sock.

Background

The existing socks are easy to take off and break, especially the sock toe and the sock heel are easy to take off and break; when people do exercises or violent activities, the sock head and the heel are contacted with the shoes more frequently and the sock is stressed more greatly, so that the sock head and the heel of the sock are easy to break off threads and wear; the sock which consumes manpower and material resources is inconvenient for people to wear continuously because the silk is removed from the sock head and the sock heel, and even is discarded as garbage; as such, resources are wasted and the environment is greatly polluted and destroyed.

Aiming at the problems, regarding the technical problems that socks are easy to take off and break, through a great deal of search, the environment-friendly sock with the patent number of CN201620215626.9 is inquired, and comprises a sock body formed by crisscross knitting of transverse lines and longitudinal lines, wherein the sock head and the heel of the sock body are both knitted and covered with wavy laminated wear-resistant structures on the outer surface layer of the sock body, the wavy laminated wear-resistant structures are formed by knitting wear-resistant lines at the crossing points of the transverse lines and the longitudinal lines to form waves, and adjacent wear-resistant lines are knitted at the highest point and the lowest point of the waves in a crossing manner; the sock body, in particular to the sock head and the heel of the sock body, is not easy to take off silk and break; on the basis of ensuring that the socks are not easy to take off and break, the ventilation property of the socks is maintained so as to improve the comfort level of the socks.

However, the technical scheme provided by the patent does not have an automatic sweat absorbing function on the sock body, and when a user wears the sock and moves in summer, sweat discharged by the sole of the user is not timely treated, and a large amount of sweat is accumulated to cause bacterial breeding so as to infect beriberi.

Disclosure of Invention

The invention aims to solve the technical problems of the background technology and provides an environment-friendly and easily degradable sock.

In order to achieve the above purpose, the present invention provides the following technical solutions: an environment-friendly and degradable sock comprises a sock body, a sock leg, a sock opening, a sock heel, a sock tip and a sock pad, wherein the sock pad is fixedly arranged on the inner surface of the bottom side of the sock body, and a plurality of sweat-absorbing components capable of automatically absorbing sweat are fixedly arranged in equal adjacent rows at the inner position of the sock pad;

the sweat absorbing components are respectively composed of an air bag, a sweat absorbing layer, a plurality of channels, cooling particles and a separation net.

Preferably, the sock body, the sock leg, the sock opening, the sock heel, the sock tip and the sock pad are all made of environment-friendly biodegradable polylactic acid textile fabrics.

Preferably, the air bags are evenly and adjacently arranged and embedded at the middle end position of the inner part of the sock pad, sweat-absorbing layers are paved on the outer surface of the top side of the air bags, and high-water-absorption polyester fiber materials convenient for sweat absorption are filled in the inner positions of the sweat-absorbing layers.

Preferably, a plurality of channels are arranged between the sweat absorbing layer and the left side and the right side of the upper end of the air bag in an equidistant and separated way and are communicated with each other.

Preferably, the appearance of the channel is hollow cylindrical, and the outlets at the outer end and the inner end of the channel are respectively communicated with the top end of the sock pad and the inner position of the air bag.

Preferably, the bottom side internal surface of gasbag has all been packed the cooling granule, the composition of cooling granule is ammonium nitrate, the horizontal to middle-end position between all is fixed to be spread in the left and right sides of gasbag has separated the net, the mesh aperture that separates the net is all less than the particle diameter of cooling granule.

Preferably, sweat control components capable of controlling sweat to enter and exit are movably arranged at the inner end outlets of the channels, and each sweat control component is composed of a rotating shaft, a baffle plate, a sponge plate, a magnetic block and a protrusion.

Preferably, the pivot all is horizontal around to rotation mounting in the inner export surface upper portion position of passageway, the equal fixed mounting of topside surface of pivot has the baffle, the outward appearance of baffle all is circular plate shape and its diameter all is greater than the internal diameter of passageway, the equal fixed mounting of inner wall that goes out the hole and this hole has all been offered to the central point of baffle put, the lower extreme afterbody surface of baffle is close to the equal fixed mounting of inner export surface lower part position of passageway has the magnetic path.

Preferably, the inner surface of the air bag is fixedly provided with a bulge at the outlet of the inner end of the channel adjacent to the lower end of the air bag.

Preferably, the positions of the inner end outlet and the outer surface of the channel, which are close to the tail end of the baffle, are fixedly provided with iron blocks, and the iron blocks and the magnetic blocks are in a mutually magnetic attraction state under normal conditions.

The beneficial effects are that:

1. according to the environment-friendly and easily degradable sock, by means of the negative pressure principle, when a user wears the sock and moves in summer, if the sole of the user does not sweat, the air bag of the sweat absorbing assembly is in a normal state (does not absorb sweat) and is lifted up with each step of the sole of the user (namely, the user steps down to contact the ground to squeeze the air bag every time when moving, and lifts up to leave the ground to loosen the air bag every time), so that the comfortable feeling of shock absorption and buffering is brought; when the sole of a user sweats, firstly sweat under the sole of the user is pre-absorbed by the sweat absorbing layer of the sweat absorbing component through the sock pad, in the process of stepping on the sock pad by feet, by utilizing the negative pressure principle, air in the air bag of the sweat absorbing component is discharged to the sole of the user through each channel on the sweat absorbing component outwards, and is lifted upwards for each time, the sweat immersed in the sock pad and other sweat under the sole of the user enter the air bag through each channel on the sweat absorbing component reversely under the action of the negative pressure, and finally the sweat is mixed with cooling particles through the mesh of the partition net of the sweat absorbing component, and as the main component of the cooling particles is ammonium nitrate, the water is in contact with the ammonium nitrate to form a block and absorb a large amount of heat to cool, so that cool air is generated, and the air bag is stepped on next time and is discharged to the sole of the user for cooling through the channels, so that the sweat absorbing effect is achieved automatically along with the movement of the user;

2. according to the environment-friendly and easily degradable sock, by means of the negative pressure principle, when a user wears the sock to do exercises in summer, if the sole of the user does not sweat, the user can press and loosen the air bag of the sweat-absorbing assembly every time when stepping on the sole of the foot in each exercise, the air bag is inflated and deflated under the action of the negative pressure due to the existence of the baffle of the sweat-controlling assembly, namely, the magnet on the baffle of the sweat-controlling assembly is in an adsorption state with the iron block on the channel under the normal condition, so that the channel is closed, when no sweat is led in, the baffle is not fully flushed, and only a gap can be opened by striking the sponge plate on the baffle to inflate, and only a small amount of air can be led out reversely and outwards when normal temperature air in the air bag is discharged outwards in the same way, so that the air in the air bag is fully prevented from loosening; however, when the sole of a user sweats, the state is broken rapidly by adding sweat, namely when the air bag absorbs sweat under the action of negative pressure, the sweat is absorbed by a sponge plate on a baffle plate of the sweat control component at first when being led inwards through the channel, so that the whole gravity of the baffle plate is improved, the baffle plate is impacted by gas, compared with the prior air absorption, the baffle plate is subjected to larger inertia, so that the magnetic force absorbed by the magnet block and the iron block is blocked before the baffle plate is flushed, the channel is completely opened, the baffle plate is thrown to the inner side of the air bag to be impacted by bulges on the baffle plate after being crashed, at the moment, a part of sweat on the sponge plate can be thrown down to cooling particles under a separation net in the air bag, and the sweat led in the channel is mixed with the cooling particles at the same time to absorb heat and cool down, the process is an instant process, and when the air is led out under the action of negative pressure, the whole space in the air bag is reduced due to the addition of the sweat, so that the air at the normal temperature is led out of the air before the air is more easily to the sole through the channel, so that the air is cooled down to be cooled under the premise of guaranteeing normal use;

3. to sum up, this kind of environment-friendly easily degradable socks, through the combined action of sweat-absorbing subassembly and accuse sweat subassembly etc. can make the socks body possess automatic sweat-absorbing function, when the user dresses socks in summer motion, in time handles the sweat of user's sole exhaust, has avoided a large amount of sweat to pile up and has made the bacterium breed and infect the problem of beriberi.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present invention;

FIG. 2 is a schematic cross-sectional view of the present invention;

FIG. 3 is an enlarged schematic view of the structure of FIG. 2A according to the present invention;

FIG. 4 is a schematic cross-sectional structural view of the sweat absorbing assembly of the present invention;

FIG. 5 is an enlarged schematic view of the structure of FIG. 4B according to the present invention;

in fig. 1-5: 1-sock body; 2-stocking; 3-sock openings; 4-heel; 5-sock tips; 6-sock pads;

7-a sweat absorbing component; 701-an air bag; 702-a sweat-absorbent layer; 703-channel;

7031-a sweat control component; 70311-rotating shaft; 70312-baffles; 70313-sponge plates; 70314-magnetic blocks; 70315-bump;

7032-iron blocks;

704-cooling particles; 705-spacer.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to fig. 1 to 5 in the embodiments of the present invention.

Example 1

Referring to fig. 1-4, in an embodiment of the present invention, an environment-friendly and degradable sock includes a sock body 1, a sock leg 2, a sock opening 3, a sock heel 4, a sock tip 5 and a sock pad 6, wherein the sock pad 6 is fixedly mounted on the inner surface of the bottom side of the sock body 1, and a plurality of sweat absorbing components 7 capable of automatically absorbing sweat are fixedly mounted in adjacent rows at the inner position of the sock pad 6;

the sweat absorbing components 7 are respectively composed of an air bag 701, a sweat absorbing layer 702, a plurality of channels 703, cooling particles 704 and a separation net 705.

In the embodiment of the invention, the sock body 1, the sock leg 2, the sock opening 3, the sock heel 4, the sock tip 5 and the sock pad 6 are all made of environment-friendly biodegradable polylactic acid textile fabrics, so that the sock can be degraded or recovered quickly.

In the embodiment of the invention, the air bags 701 are evenly and adjacently arranged and embedded at the middle end position of the inner part of the sock pad 6, the outer surfaces of the top sides of the air bags 701 are respectively paved with the sweat absorbing layers 702, the inner positions of the sweat absorbing layers 702 are respectively filled with a high water absorbing polyester fiber material convenient for sweat absorption, and the sweat absorbing layers 702 are arranged for pre-absorbing sweat.

In the embodiment of the present invention, a plurality of channels 703 are respectively and equidistantly arranged and communicated between the sweat absorbing layer 702 and the left and right sides of the upper end of the air bag 701, and the channels 703 are provided for inflating and deflating the air bag 701.

In the embodiment of the invention, the appearance of the channel 703 is hollow cylindrical, and the outlets of the outer end and the inner end of the channel 703 are respectively communicated with the top end of the sock pad 6 and the inner position of the air bag 701 so as to facilitate sweat to enter and cool air to exit.

In the embodiment of the invention, the inner surface of the bottom side of the air bag 701 is filled with cooling particles 704, the components of the cooling particles are ammonium nitrate, a separation net 705 is fixedly paved between the left and right horizontal middle end positions of the air bag 701, and the mesh aperture of the separation net 705 is smaller than the particle size of the cooling particles 704 so as to prevent the cooling particles 704 from being discharged.

According to the environment-friendly and degradable sock, by the aid of the negative pressure principle, when a user wears the sock and moves in summer, if the sole of the user does not sweat, the air bag 701 of the sweat absorbing assembly 7 is in a normal state (does not absorb sweat) and is lifted up with each stepping of the sole of the user (namely, the user steps down to contact the ground to squeeze the air bag 701 when moving, and lifts up to leave the ground to loosen the air bag 701), so that the comfortable feeling of shock absorption and buffering is brought; however, when the sole of the user sweats, firstly, the sweat under the sole of the foot will be pre-absorbed by the sweat absorbing layer 702 of the sweat absorbing component 7 through the sock pad 6, during the process of stepping on the sock pad 6 by foot, by utilizing the negative pressure principle, each time one foot is stepped down, the air in the air bag 701 of the sweat absorbing component 7 in the sock pad 6 will be discharged to the sole of the foot and the sock pad 6 outwards through each channel 703 on the sweat absorbing component 7, and each time one foot is lifted upwards, the sweat immersed in the sock pad 6 and the rest sweat under the sole of the foot will enter into the air bag 701 through each channel 703 on the sweat absorbing component 7 under the negative pressure, and finally the components of the cooling particles are ammonium nitrate, the main components of the sweat are water, the water and the ammonium nitrate are in contact and then block and absorb a large amount of heat to cool, thus the cool air is generated, the cool air will be discharged to the sole of the user through the channels 703 immediately following the next 701, and the sole of the user can be cooled down through each channel 703, thus realizing the cooling effect of the sole of the user.

Example 2

Referring to fig. 4-5, in the embodiment of the present invention, sweat control components 7031 capable of controlling sweat to enter and exit are movably mounted at the inner end outlets of the channels 703, and each sweat control component 7031 is composed of a rotating shaft 70311, a baffle 70312, a sponge plate 70313, a magnetic block 70314 and a protrusion 70315, so as to absorb sweat and discharge cold air.

In the embodiment of the invention, the rotating shafts 70311 are horizontally and horizontally arranged at the upper position of the outer surface of the inner end outlet of the channel 703 in a front-back direction, the top side outer surfaces of the rotating shafts 70311 are fixedly provided with the baffles 70312, the appearance of the baffles 70312 is circular and the diameters of the baffles 70312 are larger than the inner diameter of the channel 703, the central positions of the baffles 70312 are provided with outlet holes, the inner walls of the outlet holes are fixedly provided with sponge plates 70313, the lower end tail outer surfaces of the baffles 70312 are fixedly provided with magnetic blocks 70314 near the lower position of the outer surface of the inner end outlet of the channel 703, and the baffles 70312 are provided for thoroughly preventing cooling particles 704 from being led outwards.

In the embodiment of the present invention, the inner surface of the air bag 701 is fixedly provided with protrusions 70315 at the outlets of the inner ends of the channels 703 adjacent to the lower ends thereof, wherein the protrusions 70315 are used for sweat falling after the impact of the baffle 70312.

In the embodiment of the invention, the positions of the inner end outlet and the outer surface of the channel 703, which are close to the tail end of the baffle 70312, are fixedly provided with iron blocks 7032, and the iron blocks 7032 and the magnetic blocks 70314 are in a mutually magnetic attraction state under normal conditions, so that the problem that the air leakage of the air bag 701 is caused by long-time opening of the inner end outlet of the channel 703 is solved.

According to the environment-friendly and easily degradable sock, by means of the negative pressure principle, when a user wears the sock to move in summer, if the sole of the user does not sweat, the user presses and releases the airbag 701 of the sweat absorbing assembly 7 every time when stepping on the sole of the foot in each movement, and the existence of the baffle 70312 of the sweat controlling assembly 7031 ensures that the channel 703 is not fully opened due to the fact that the magnetic blocks 70314 on the baffle 70312 of the sweat controlling assembly 7031 are in an adsorption state with the iron blocks 7032 on the channel 703 under normal conditions, so that the channel 703 is closed, the gap is not fully opened when no sweat is only introduced, and only a small amount of gas can be reversely and outwardly led out by striking the sponge plate 70313 on the baffle 70312 to inflate, so that the gas in the airbag 701 is fully prevented from being loose when normal temperature gas in the airbag 701 is discharged outwards in the same way; however, when the sole of the user sweats, the state is broken rapidly by adding sweat, that is, when the air bag 701 absorbs sweat under the action of negative pressure, the sweat is firstly absorbed by the sponge board 70313 on the baffle 70312 of the sweat control component 7031 when being led inwards through the channel 703, so that the whole gravity of the baffle 70312 is improved, when the air hits the baffle 70312, the baffle 70312 is given a larger inertia than before sweat absorption, so that the magnetic force when the magnetic block 70314 and the iron block 7032 are absorbed before flushing is blocked, the channel 703 is completely opened by completely opening the baffle 70312, the baffle 70312 is thrown to the inner side of the air bag 701 to collide with the bulges 70315 on the air bag 701 after being crashed, at the moment, a part of sweat on the sponge board 70313 can be thrown down to the cooling particles 704 in the air bag, the sweat is simultaneously led in the channel 703 to be mixed with the cooling particles 704 to absorb heat, the whole process is an instantaneous process, when the air is led out of the air bag 70312 under the action of negative pressure, the whole space in the air bag is reduced due to the addition of the sweat, so that the whole air in the air bag is led out under the action of negative pressure, and the air is easier to ensure that the air is cooled down normally under the air bag 701 by the condition of the air bag after the air bag is carried out through the channel 701.

Claims

1. The utility model provides an environmental protection is easily degradable socks, includes socks body (1), leg of a stocking (2), welt (3), heel (4) and toe (5) and socks pad (6), its characterized in that: the sock pad (6) is arranged at the bottom side of the sock body (1), and the sock pad (6) is provided with a plurality of sweat absorbing components (7);

the sweat absorbing components (7) are respectively composed of an air bag (701), a sweat absorbing layer (702), a plurality of channels (703), cooling particles (704) and a separation net (705);

a plurality of channels (703) are respectively and equidistantly arranged and communicated between the sweat absorbing layer (702) and the left side and the right side of the upper end of the air bag (701);

the appearance of the channel (703) is hollow cylindrical, and the outlets at the outer end and the inner end of the channel (703) are respectively communicated with the top end of the sock pad (6) and the inner position of the air bag (701);

sweat control components (7031) capable of controlling sweat to enter and exit are movably arranged at the inner end outlets of the channels (703), and each sweat control component (7031) is composed of a rotating shaft (70311), a baffle plate (70312), a sponge plate (70313), a magnetic block (70314) and a protrusion (70315) respectively; the rotary shaft (70311) is horizontally arranged at the upper part of the outer surface of the inner end outlet of the channel (703) in a front-back horizontal direction in a rotary manner, a baffle (70312) is fixedly arranged on the outer surface of the top side of the rotary shaft (70311), the appearance of the baffle (70312) is circular and the diameter of the baffle is larger than the inner diameter of the channel (703), an outlet hole is formed in the central position of the baffle (70312), a sponge plate (70313) is fixedly arranged on the inner wall of the outlet hole, and a magnetic block (70314) is fixedly arranged at the lower part of the outer surface of the tail part of the lower end of the baffle (70312) close to the inner end outlet of the channel (703);

iron blocks (7032) are fixedly arranged on the positions, close to the tail end of the baffle (70312), of the outer surface of the inner end outlet of the channel (703), and the iron blocks (7032) and the magnetic blocks (70314) are in a mutually magnetic attraction state under normal conditions;

the inner surface of the air bag (701) is fixedly provided with a bulge (70315) at the inner end outlet of a channel (703) adjacent to the lower end of the air bag;

the inner surface of the bottom side of the air bag (701) is filled with cooling particles (704), the components of the cooling particles are ammonium nitrate, a separation net (705) is fixedly paved between the left end and the right end of the air bag (701) in a horizontal direction, and the mesh aperture of the separation net (705) is smaller than the particle size of the cooling particles (704);

when the air bag (701) absorbs sweat, sweat can be firstly absorbed by a sponge plate (70313) on a baffle plate (70312) of the sweat control assembly (7031) when being led inwards through a channel (703), so that the whole gravity of the baffle plate (70312) is improved, under the action of negative pressure, the air can be used for absorbing sweat for the baffle plate (70312) more than before when not absorbing sweat when striking the baffle plate (70312), thereby blocking the magnetic force when the magnetic block (70314) and the iron block (7032) are absorbed before flushing, completely opening the channel (703) by completely opening the baffle plate (70312), and throwing the baffle plate (70312) to the bulge (70315) for striking after being crashed, so that a part of sweat on the sponge plate (70313) can be thrown down to cooling particles (704) under the inner partition net (705) of the air bag (701), and sweat absorption cooling of the air in the air bag (701) is realized.

2. An environmentally friendly and degradable sock according to claim 1, wherein: the sock body (1), the sock leg (2), the sock opening (3), the sock heel (4), the sock tip (5) and the sock pad (6) are all made of environment-friendly and biodegradable polylactic acid textile fabrics.

3. An environmentally friendly and degradable sock according to claim 1, wherein: the sweat-absorbing fabric is characterized in that the air bags (701) are evenly and adjacently arranged at the middle end position of the inner part of the sock pad (6), sweat-absorbing layers (702) are paved on the outer surface of the top side of the air bags (701), and high-water-absorption polyester fiber materials convenient for sweat absorption are filled in the inner positions of the sweat-absorbing layers (702).