CN204483040U - Without stocking foot recreation sleep socks - Google Patents

Abstract

The utility model relates to a casual sleep socks without socks, which relates to socks, in particular to socks for leisure or sleeping. Leisure sleep socks without socks, including a knitted sock body (1), the sock body (1) is based on the toe of the sock, at a position 30% to 45% times the standard foot length, and the circumference of the inner surface of the cross section of the sock body is 1 to 1.6 times the circumference of the standard foot of the same size as the socks; the sock body (1) is provided with an anti-slip member (5). The utility model can take into account the heat preservation of the feet and the recovery of the fatigue of the feet without wearing shoes.

Description

Sockless casual sleep socks

technical field

The utility model relates to socks, in particular to socks for leisure or sleeping.

Background technique

During leisure, such as activities at home, and during sleep, in order to make the body's blood circulation smooth and recover from fatigue, the clothes should be as loose as possible. Especially when sleeping, the clothes should be removed as much as possible. The pajamas worn are mainly loose, and the socks are generally taken off. But foot is the very important position of human body, and foot catches cold will cause human discomfort, and foot catches cold is the important inducement of catching a cold. But because current knit socks rely on the friction with the human body to be fixed on the human body to prevent slipping, and the friction must at first have pressure between the socks and the human body, which will hinder blood circulation and prevent the human body from recovering from fatigue. Therefore, taking off the socks is easy to cause discomfort due to cold feet, and putting on socks makes the feet tired and difficult to recover. These two become a pair of contradictions.

In winter, the feet are most difficult to warm up when sleeping. When the feet are not well-warmed, the quality of sleep is easily affected, especially in the Yangtze River Basin. Winter is cold and humid, and there is no heating. Families with heating and air conditioning do not have the habit of turning on the air conditioner. But they couldn't find the right sleeping socks to keep their feet warm. Existing warm sleep socks are only thickened ordinary socks. Some are tightly attached to the feet when worn. Although they can keep warm and prevent falling off, they are not conducive to the blood circulation of the feet and restore fatigue; while others are looser and easy to fall off. Therefore compatriots generally do not like to wear socks when sleeping at present, so it is very common for feet to catch cold when sleeping in winter. Especially in student dormitories in these areas, there is usually no air conditioning, and electric blankets and other electrical appliances are not allowed privately. Moreover, it is particularly difficult to keep the interior of student dormitories dry. It is especially uncomfortable to sleep in winter, and it is difficult to warm up your feet all night.

When sleeping in summer, the feet also need to keep warm and moisturized. If the feet are not covered, not only are they prone to cold and feel uncomfortable under the action of fans and air conditioners, but also because the skin moisture evaporates due to exposure to the air, causing the feet to be too dry and feel uncomfortable. Discomfort, affecting sleep efficiency and sleep quality.

In spring, autumn and winter, when the family is indoors, it is usually necessary to wear socks to keep the feet warm. Recently, floor socks used indoors have become more and more popular. The concept of floor socks is that you don't need to wear shoes, and you can keep your feet from feeling cold just by wearing floor socks. However, the existing floor socks also have the disadvantages similar to sleeping socks. They are either loose and easy to slip off, or tightly wrapped around the feet, which cannot improve the blood circulation of the feet and make it difficult to recover from fatigue. Therefore, it is also necessary to use similar solutions to improve.

Contents of the invention

The purpose of the utility model is to provide a casual sleeping socks without socks which can be loosely worn on the feet and not easy to slip off.

The purpose of this utility model can be achieved in this way. A kind of casual sleep socks without socks is designed, which includes a knitted socks body. The circumference of the inner surface of the socks is 1 to 1.6 times that of the standard foot circumference of the same size as the socks; anti-slip components are provided on the socks.

Further, based on the toe of the sock, at the position of 45% to 80% times the length of the standard foot, the circumference of the inner surface of the cross section of the sock body is 1 to 1.6 times the waist circumference of the standard foot; 95% to 105% times the length of the standard foot At the position of the standard foot length, the circumference of the inner surface of the cross-section of the sock body is 1 to 1.6 times that of the standard foot pocket (pocket heel circumference); at the position of 1.52 times the length of the standard foot, the inner surface of the cross-section of the sock body The circumference is 1 to 1.6 times the ankle circumference of the standard lower limb.

Further, based on the toe of the sock, at a position of 2 to 2.4 times the length of the standard foot, the circumference of the inner surface of the cross section of the sock is 1 to 1.6 times the calf circumference of the standard lower limb.

Further, based on the toe of the sock, at a position of 2.4 to 2.54 times the length of the standard foot, the circumference of the inner surface of the cross section of the sock is 1 to 1.6 times the circumference below the knee of the standard lower limb.

Further, the anti-slip component is one of a strip-shaped component, a buckle head, a buckle, and a lock.

Further, the strip-shaped member is one of drawstrings, soft ropes, elastic bands, and chains; the buckle head is one of pin buckles, plate buckles, smooth buckles, and automatic buckles; One of buckle, ladder buckle, rope buckle, and Japanese character buckle; the lock is one of zipper, button, concealed buckle, and sticky buckle.

Further, the anti-slip member is located between 121.66% and 122.5% of the standard foot length, or between 122.5% and 180% of the standard foot length, or between 221.88% and The position between 254.02% times the standard foot length.

Further, the sock body is provided with a hole or a strap or a pipe which is matched with the anti-slip member, and the drawstring or the soft rope passes through the hole or the strap or the pipe.

Further, the anti-slip component is a loose-mouth structure, or a tight-mouth structure whose inner surface circumference is greater than or equal to the standard lower limb circumference.

The utility model can take into account the heat preservation of the feet and the recovery of the fatigue of the feet without wearing shoes.

Description of drawings

Fig. 1 is a schematic diagram of one of the preferred embodiments of the present invention;

Fig. 2 is a schematic diagram of one of the anti-slip members of the preferred embodiment of the utility model;

Fig. 3 is a schematic diagram of the second anti-slip member of the preferred embodiment of the utility model;

Fig. 4 is a schematic diagram of the third anti-slip component of the preferred embodiment of the present invention;

Fig. 5 is a schematic diagram of the fourth anti-slip component of the preferred embodiment of the present invention;

Fig. 6 is a schematic diagram of the fifth anti-slip component of the preferred embodiment of the present invention;

Fig. 7 is a schematic diagram of the sixth anti-slip member of the preferred embodiment of the present invention;

Fig. 8 is a schematic diagram of the seventh anti-slip member of the preferred embodiment of the present invention;

Fig. 9 is a schematic diagram of a second preferred embodiment of the utility model;

Fig. 10 is a schematic diagram of a third preferred embodiment of the present invention;

Fig. 11 is a schematic diagram of a fourth preferred embodiment of the utility model;

Fig. 12 is a schematic diagram of a fifth preferred embodiment of the present invention.

Detailed ways

Below in conjunction with embodiment the utility model is further described.

As shown in Figure 1, a kind of non-sock foot casual sleep socks, including knitted socks body 1, socks body 1 is based on the toe of the socks, at a position 30% to 45% times the length of the standard foot, the inside of the cross section of the socks body The circumference of the surface is 1 to 1.6 times of the standard foot circumference of the same size as the socks; the sock body 1 is provided with an anti-slip member 5 .

Depending on the length of the sock, increase the perimeter of the inner surface of the cross-section that sets different positions. Based on the toe of the sock, 45% to 80% times the length of the standard foot, the inner surface circumference of the cross section of the sock is 1 to 1.6 times the waist circumference of the standard foot; 95% to 105% times the standard foot At the long position, the circumference of the inner surface of the cross-section of the sock body is 1 to 1.6 times that of the standard foot pocket (pocket heel circumference); at the position of 1.52 times the length of the standard foot, the circumference of the inner surface of the cross-section of the sock body is 1 to 1.6 times the ankle circumference of the standard lower limbs.

If it is longer, increase the circumference of the inner surface of the corresponding part. Based on the toe of the sock, the position is 2 to 2.4 times the length of the standard foot. 1.6 times.

If it is longer, increase the circumference of the inner surface of the corresponding part. Based on the toe of the sock, the position of 2.4 to 2.54 times the length of the standard foot. ~1.6 times.

The plantar circumference is measured on the basis of the protruding point at the rear of the heel. The front end of the toes is at 100% of the foot length; The first metatarsophalangeal joint), the fifth metatarsophalangeal is about 63.5% of the foot length (here roughly corresponds to the 5th metatarsal tuberosity point), take these two points as the control point to circle the foot, and you can get the metatarsal The circumference or the circumference of the metatarsophalangeal; the tarsal bone is about 55.3% of the length of the foot, and the circumference of the tarsus is obtained by going around here for a week. In the footwear industry standard, the tarsal circumference is roughly equal to the plantar circumference (the tarsal circumference of adults is about 100% of the plantar circumference, and the tarsal circumference of large, medium and small children is about 101% of the plantar circumference); the waist fossa of the foot is located at the length of the foot At the 41% of the 41%, the ankle circumference can be obtained by going around here for a week. The ankle circumference of adults is about 86.23% of the plantar circumference, while that of large, medium and small children is about 90.25% of the plantar circumference.

Standard feet, in order to adapt to people's feet with different fatness, the shoe industry divides the fatness of shoes into grades, and each fatness has its corresponding standards such as foot circumference and foot length such as plantar circumference, and the utility model should correspond The feet are defined as standard feet. The plantar circumference of the foot with the lowest level of fatness can be used as the lower limit of normal plantar circumference. The Chinese footwear industry divides the fatness of shoes and their applicable feet into five types for adults and three types for children. When the utility model is applied in China, it is usually required that the girth corresponding to the girth of the plantar is at least not less than the girth of a human foot with the same bottom length when it is fat and thin; The socks of the plantar circumference of the people's foot with larger size (as Type II, Type III, etc.), the circumference of this position must also be greater than the plantar circumference of the human foot of fat and thin Type I, that is to say, also meet this requirement. In the case of meeting this requirement, if you have extra-conventional fat feet, you can also design super-fat socks to adapt to it. As a reference, the regression algorithm of the plantar circumference (in millimeters) of the Chinese: adult male and female plantar circumference = 0.7 foot length + constant (57.5 mm for the fat and thin type, and the constant increases by 7 mm for each type of fat and thin type). Plantar circumference=0.9 foot length+constant (11.5 mm for fat and thin type, and 7 mm for each type of fat and thin type). The circumference of other positions can be estimated according to the industry practice of the shoe industry.

Because people's foot 4 bears the pressure of the whole body when walking, and wears shoes at ordinary times, so when sleeping or staying at home, the foot needs to relax especially to recover from fatigue. Therefore at first require sock body 1 to be as loose as possible, so that foot is not extruded when wearing. Since the plantar circumference is usually one of the largest in the circumference of the foot, and the locked part is more tender than other parts with the same size, the first requirement is the circumference corresponding to the plantar circumference. Or not less than the plantar circumference. Ideally, the circumference of the sock body should not be smaller than the circumference of the human foot 4 at the corresponding position. The sock mouth 2 is designed as a loose mouth here. In order to enable the socks to be fixed on the feet without falling off, an additional anti-slip member 5 is added to the sock body. Here, for simplicity, the anti-slip member 5 is described as an example of a tie. In this implementation, the anti-slip member 5 is located under the sock opening 2. In fact, the anti-slip member 5 can also be constructed or added within the scope of the sock opening 2. For example, the lacing here can be directly sewn to the sock opening 2. Simultaneously, in fact, the opening of the sock may not be designed with a loose mouth, but it is better to make the circumference of the sock opening larger than the corresponding circumference of the human body when it is relaxed. In order to minimize the extrusion of the sock opening 2 on the lower limbs, the opening height of the sock opening 2 can be set relatively large to disperse the extrusion force. It should be noted that the extrusion of the sock opening 2 on the lower limbs mentioned here The pressure can be the pressure caused when the sock body 1 is fixed by the anti-slip member 5, or the pressure caused by the shrinkage of the sock opening 2 itself. The outline of the sock tip 3 can be an arc, such as a circular arc, or a broken line, or a straight line segment.

The implementation is not limited to short socks, but can also be adjusted in length, appearing in the form of stockings, stockings, etc.; if the length is set relatively short, the sock opening is below the ankle when worn, and it can become boat socks or invisible socks; in addition , can also be connected with the waistband to make pantyhose; and so on.

Here, the anti-slip member 5 takes a tie as an example, but it can be a variety of other structures, such as strips with hook and loop, or buttons, concealed buckles, soft ropes, elastic bands, buttons, concealed buckles, zippers etc. It can also be decorated with various decorations, such as small balls, small animal decorations, and so on.

The anti-slip member 5 in Fig. 1 can be positioned above the ankle and below the calf, using the enlarged part of the ankle to prevent slipping; it can also be positioned below the ankle, using the heel, instep, and toes to prevent slipping; it can also be positioned above the calf, Below the knee, using the calf to prevent slipping; can also be above the knee. In addition, if the sock body 1 is pantyhose, the anti-slip component 5 can also be located on the waist of the trousers or on the crotch. In addition, the anti-slip member 5 can not only directly fix the sock body 1 on the human body, but also connect and fix the sock body 1 to clothing, trousers and other clothing.

The anti-slip member 5 can be selected in various ways. When the anti-slip component includes a drawstring or a soft rope, there are many ways to fix the drawstring and the soft rope to the sock body. Figures 2 to 5 take the soft rope as an example, and describe some methods of fixing the belt, the soft rope and the sock body by way of example. For the convenience of drawing, the whole sock body is not depicted here, only the anti-slip component is depicted Adjacent section 7.

Fig. 2 is an embodiment where the anti-slip member 5 cooperates with the hole 8 on the sock body. The anti-slip member 5 cooperates with the pre-set hole 8 on the sock body to connect itself with the sock body by passing through the hole, and prevents the sock from slipping off by knotting.

Fig. 3 is an embodiment where the anti-slip component 5 cooperates with the channel 10 on the sock body. The sock body is provided with a channel 10 surrounding the sock body, and the anti-slip member 5 is pre-embedded in the channel 10 surrounding the sock body through the middle, exposing two ends, and preventing the socks from slipping off by tightening and knotting at both ends. Since the anti-slip member 5 in this embodiment adopts a soft rope, it is easy to retract into the channel 10, so a large end 11 such as a small ball can also be provided at the end of the soft rope.

Fig. 4 is an embodiment in which the anti-slip member 5 cooperates with the strap 9 on the sock body. The anti-slip member 5 cooperates with the pre-set strap 9 on the sock body to stabilize its relative position with the sock body.

Fig. 5 is an embodiment in which the anti-slip member 5 is directly sewn on the sock body. In this embodiment, one end of a pair of soft ropes is sewed on the sock body, and the other ends are knotted with each other to fix the sock body on the human body. In fact, it could also be a cord, partly sewn to the body of the sock, and knotted at both ends.

Figures 6 to 8 take the belt 11 as an example to describe some methods of fixing the belt and the soft rope to the sock body. For the convenience of drawing, the entire sock body is not depicted here, only the adjacent anti-slip member is depicted. A section of 7. The strap here can be an extension of the material of the sock body itself, or it can be additionally added.

Fig. 6 is an embodiment in which the belt 11 cooperates with the Velcro. One end of the drawstring 11 has the hook surface 12 of the sticky buckle, and the suede surface 13 of the sticky buckle is arranged on the sock body. The suede 13 goes up to fix the sock body on the human body. Here the drawstring 11 can be woven with a knitting machine or a sock knitting machine together with the sock body, which belongs to the extension of the sock body material itself, and can also be additionally added to the sock body, such as being sewn on, glued on, or punched with a marquise It can be anchored or riveted in other ways, and can even be directly connected by hot pressing.

Fig. 7 is an embodiment where the belt 11 cooperates with the button. There are buttons 15 on the sock body, and one end of the drawstring 11 is matched with the hole 14 of the button 15. When in use, the drawstring 11 is properly pulled tightly, wrapped around the sock body, and the button is selected in a suitable fit with the most suitable degree of tightness. 15 cooperates with the hole 14 to fix the sock body to the human body.

Fig. 8 is an embodiment in which the belt 11 cooperates with the concealed buckle. There is a group of female buttons 17 with hidden buckles on the sock body, and a male button 16 with hidden buckles at one end of the drawstring 11. When in use, pull the drawstring 11 properly and wrap it around the sock body to obtain the most suitable tightness. Select a suitable matching method to match the male button 16 and the female button 17 of the concealed button to fix the sock body on the human body.

In fact, the principles of anti-slip are various. The above-mentioned methods include not only the method of locally increasing friction, but also the method of using human body physiological bumps to get stuck; in addition, anti-slip components can also be used to make it compatible with Clothes or trousers are connected, such as buttons and laces, to trousers with holes.

The sock body can also choose a variety of forms, such as bifurcation at the corresponding toes, divided into two or more strands, forming a shape similar to tabi and five-finger socks, etc., which is different from the usual tabi and five-finger socks The difference is that the tabi and five-toed socks here are tabi socks without soles and five-toed socks without soles. Fig. 9 is an embodiment of a tabi without a sole. Wherein the thumb pocket 32 and the finger pockets 31 of the remaining toes are bifurcated. For the same reason, it can also be similarly made into five-finger socks without sock bottoms, or the like. In addition, holes can also be opened on the sock body to enhance air permeability and make the appearance design more flexible. Holes can be located at any position of the sock body, such as corresponding to the instep, sole, and leg. In particular, the holes can also be opened at the corresponding toes, including the bifurcations of the toes, and the like.

Fig. 10 is a kind of embodiment when sock body is pantyhose 21. The circumference of the sock foot 5 of the pantyhose 21 is greater than the circumference of the corresponding position of the human foot. At trouser waist 21 places, anti-slip component 5 is arranged, and anti-slip component 5 here is a kind of more lacing, matches with the strap 9 on the sock body, so that sock body is fixed on the human body, prevents it from slipping. Here, in order to specifically enhance the heat retention of the feet, the sock feet 1 can also be extra thickened, or made of materials with better heat retention. When made into pantyhose, ventilation holes can also be opened in the crotch, trouser waist, etc.

Fig. 11 is a typical embodiment when the sock body adopts the anti-slip member in the second type of structure. In this embodiment, the anti-slip member 61 is a sock opening that is tightened, and the enlarged part of the human body that is used to prevent sliding is the ankle. At this time, the circumference of the anti-slip member 61 is smaller than the circumference of the ankle, that is, the thickest part of the ankle 31 corresponds to the circumference. And under the situation that socks are not longitudinally stretched, although the anti-slip member 61 cannot be pulled up, it can also be stacked downwards, so that it can reach a range 51 above the ankle circumference, in order not to strangle the legs and feet, and to prevent slipping. The component 61 can move within this range 51 and find the local thinnest point 32 within this range 51, so in order to really achieve the purpose of not pinching the feet, the circumference of the anti-slip component 61 when it is working, that is, when it is loose Or not less than the circumference of the local thinnest part 32. As for why this so-called "working time" is used as an indicator of circumference, it is because the human body is not oppressed at this time. For example, when the anti-slip member is the tight part 61 of the sock body above the ankle, its circumference is smaller than the ankle circumference, although it can perform the anti-slip task at the thinnest part 32 of the calf above the ankle, it can also be near the ankle circumference. Or after the socks are stretched so that the constriction 61 reaches the top of the calf, it can also prevent slipping, and near this time the constriction 61 is stretched, causing oppression to the human body. At this time, the circumference of the constriction 61 can even be enlarged. Greater than the ankle circumference, if claiming that this product does not meet the protection scope of the present utility model for this reason, it is a misunderstanding. Therefore, in this example, only when the constriction 61 is near the thinnest part 32 of the calf, and the constriction 61 is not stretched, it is called "working time". The girth of the "working" anti-slip member described here should be understood as follows: if the anti-slip member itself is a part of the sock body and is tightened, then the girth of this part of the sock body at that place It can be understood as the girth of the anti-slip component; if the anti-slip component is an additional surrounding structure, such as a ring-shaped elastic band constrained by a loop or a surrounding pipe, then its circumference when it is relaxed is the girth of the anti-slip component Girth; if the anti-slip component has both an additional part and a part of the sock itself, then the girth of the two parts close to the human body is regarded as the girth of the anti-slip component, such as using an additional elastic band to pair the sock The upper part of the body corresponding to the ankle is tightened, but the elastic band is not looped, but is only sewn on a section of the outer surface of the sock, then the elastic band should be tightened with the sock body that has been tightened. The sum is regarded as the anti-slip component, and the girth of this section when it is relaxed is the girth of the anti-slip component when it is relaxed. In this type of scheme, the anti-slip member is usually a certain constricted part, and the position of the constricted part can be different, but it is usually located on a constricted part above a certain enlarged part of the human body, such as the ankle circumference above the foot pocket. , and the thinnest part of the calf immediately above the ankle, and so on.

In fact, if the above-mentioned various control sizes of this patent are combined on a sock, then a sock that does not have a sock foot is obtained, but the size changes with the cross-sectional size of the standard lower limb of the human body. . As shown in Figure 12, such a short tube sock has been constructed. Its characteristics are: taking the tip of the sock as the benchmark, the length of the sock foot is 30 to 45%, and the length of the foot is 50, and the circumference of the inner surface of the sock foot is a standard human foot. 1 to 1.6 times the circumference of the plantar. Based on the front end of the sock toe, 95% to 105% of the length of the sock foot is 51, and the circumference of the inner surface of the sock foot is 1 to 1.6 times that of the foot pocket of a standard human foot. Taking the tip of the sock as the benchmark, the sock foot is 130-180% of the length of the foot, which is the position of the sock opening 2, and the circumference of the inner surface of the sock foot is 1-1.6 times that of the ankle circumference of a standard human foot.

It is worth emphasizing that this patent can design different types of socks according to the preferences and needs of customers, such as stockings, stockings, socks, socks, socks, and even pantyhose. Pantyhose is well defined, that is, socks connected to the crotch and the waist of the trousers. For other types of socks, it depends on where the sock is located when it is loose and the toe just reaches the top of the sock when it is worn. The stockings that reach the thigh are stockings; they only reach the knee, or reach below the knee and above the calf. The ones that are located below the calf and above the ankle are short tube socks; the ones that are located below the ankle and not lower than the bend of the foot are boat socks, and the ones that are below the ankle are invisible socks. Judging the category of socks is helpful to determine the position of the human body corresponding to each part of the sock body, so as to design the sock body.

The material of the sock body is various, and it can be a single-layer structure, or a double-layer structure, or a multi-layer structure. For example, when the sock body adopts a double-layer structure, the outer layer can be made of breathable fabrics such as cotton cloth, and the inner layer can be made of flexible thermal insulation materials such as cashmere and woolen; and when the sock body adopts a three-layer structure, cotton cloth can be used for both the inner layer and the outer layer. And other breathable thermal insulation materials, the middle interlayer can choose to use filling thermal insulation materials such as wool, camel hair, and cotton.

Because some foot hygiene is not well maintained due to limited conditions, in order to facilitate cleaning and better maintain hygiene, and also avoid dehydration due to excessive cleaning of socks, you can put a layer of skin layer inside the socks. It can be disassembled for cleaning or replacement, and its circumference is not smaller than that of the corresponding parts of the human body; it can be fixed to the sock body with various fixings such as ropes, buttons, soft belts, or directly to the human body , and can also be attached to clothes or trousers. This skin layer can be manufactured and sold together with the main part of the sock, or it can be manufactured separately, and then used in combination with the main part of the sock during use.

The utility model can also be a floor sock, and this sock can be selected to have a non-slip bottom. The non-slip bottom can be continuous, such as the entire sole of the foot has a non-slip bottom material; it can also be discrete, such as made of non-slip particles, or there is no non-slip bottom material on a part of the corresponding ankle, and so on. Like the previous embodiment, the sock body of this embodiment has a circumference corresponding to the plantar circumference not less than the plantar circumference. The non-slip bottom material is usually a rubber material, such as silica gel, natural latex, etc., and can also be other materials, such as leather. In fact, this layer of non-slip bottom also isolates the soles of the feet from the floor to enhance the warmth of the soles of the feet, but it is still called a non-slip bottom.

Claims (9)

1. A casual sleeping sock without socks, comprising a knitted sock body (1), characterized in that: the sock body (1) is based on the toe of the sock, at a position 30% to 45% times the length of the standard foot, and the sock body The circumference of the inner surface of the cross-section is 1 to 1.6 times the standard foot circumference of the same size as the sock; at the position of 45% to 80% times the length of the standard foot, the circumference of the inner surface of the cross-section of the sock body is the waist of the standard foot 1 to 1.6 times of the nest circumference; 95% to 105% of the standard foot length position, the inner surface circumference of the cross section of the sock body is 1 to 1.6 times of the foot pocket of the standard foot; the sock body (1) is provided with There are anti-slip members (5). 2. The non-sock foot casual sleep socks according to claim 1, characterized in that: taking the toe of the socks as a benchmark, at the position of 1.52 times the length of the standard foot, the circumference of the inner surface of the cross section of the sock body is the foot of the standard lower limb 1 to 1.6 times the wrist circumference. 3. The non-sock foot casual sleeping socks according to claim 2, characterized in that: taking the toe of the socks as a benchmark, the position of 2 to 2.4 times the length of the standard foot, the inner surface perimeter of the cross section of the sock body is the length of the standard lower limb 1 to 1.6 times the circumference of the calf. 4. The non-sock foot leisure sleeping socks according to claim 3, characterized in that: taking the toe of the socks as a benchmark, the position of 2.4 to 2.54 times the length of the standard foot, the inner surface perimeter of the cross section of the sock body is the length of the standard lower limb 1 to 1.6 times the circumference below the knee. 5. The casual sleeping socks without socks feet according to claim 1, characterized in that the anti-slip component is one of a strip-shaped component, a buckle head, a buckle, and a lock. 6. The casual sleeping socks without socks according to claim 5, characterized in that: the strip-shaped member is one of drawstrings, soft ropes, elastic bands, and chains; the buckle head is pin buckle, plate buckle, smooth One of the buckles and automatic buckles; the buckle is one of the hook buckle, plug-in buckle, ladder buckle, rope buckle, Japanese word buckle; the lock is one of the zipper, button, concealed buckle, and sticky buckle kind. 7. The casual sleeping socks without sock feet according to claim 5, characterized in that: taking the tip of the sock as the reference, the anti-slip member is located between 121.66% and 122.5% times the standard foot length, or 122.5% The position between ～180% times the standard foot length, or the position between 221.88%～254.02% times the standard foot length. 8. The casual sleeping socks without socks feet according to claim 6, characterized in that: the socks body (1) is provided with holes (8) or straps (9) or pipes ( 10), drawstring or soft rope passes hole (8) or strap (9) or pipeline (10). 9. The casual sleeping socks without socks feet according to claim 1, characterized in that the anti-slip member is a loose mouth structure, or a tight mouth structure with an inner surface circumference greater than or equal to the standard lower limb circumference.