Shape memory massage and warming knee pad and preparation method thereof

Abstract

The application discloses a shape memory massage warm-keeping knee protector and a preparation method, and belongs to the field of textiles. The shape memory massage warm-keeping knee protector is knitted by using shape memory spandex covering yarn, common spandex covering yarn, wool yarn and conductive yarn as raw materials. The finished product is in a cylindrical shape, is integrally formed without a seam, and has a massage part knitted by shape memory spandex yarn and conductive yarn on one side only, wherein the massage part is composed of an air layer organization. Before wearing, the shape memory characteristic can be used to stretch and adjust the knee protector to a proper size for wearing and fixing. After wearing, the shape memory spandex restores elasticity under the stimulation of the body surface temperature or electric heating, one side of the massage part with shape memory spandex shrinks, the other side arches, regular concave-convex patterns are formed according to the pattern, the knee is massaged, proper pressure is provided, the knee protector is close to the human body, and pressure marks are not easily left.

Description

TECHNICAL FIELD

[0001] The present application relates to a shape memory massage warm-keeping knee pad and a preparation method thereof, and belongs to the field of textiles. BACKGROUND

[0002] The knee joint is a key part of the human body during movement. A warm-keeping knee pad can protect the knee joint and prevent cold, thereby reducing joint diseases caused by cold and dampness.

[0003] Existing warm-keeping knee pads are mainly divided into two categories. The first category is a cylindrical warm-keeping knee pad, which is relatively close-fitting to the human body, but is relatively tight, difficult to put on and take off, has a large pressure on the human body, and leaves pressure marks after being worn for a period of time. The second category is a warm-keeping knee pad with a binding belt, a hook-and-loop fastener, etc. The binding belt, the hook-and-loop fastener, etc. can be adjusted, and the knee pad is more convenient to wear than the first category. However, the knee pad is composed of accessories and a main body, and cannot be well fitted to the human body, which affects the wearing comfort. In summary, the two categories of existing warm-keeping knee pads cannot simultaneously satisfy the convenience of putting on and taking off and the better wearing comfort.

[0004] On the basis of the warm-keeping knee pad, the massage function is added, which can better meet the health care needs. The current warm-keeping massage knee pad mainly has air bag massage, vibration massage, point pressure massage, etc. The air bag, vibration motor, and massage pad for realizing the massage function are not easy to take out and separate, which is cumbersome in the use scenario where only the warm-keeping function is needed without the massage function, affects the wearing experience, and has insufficient functional flexibility. SUMMARY

[0005]

Technical problem

[0006] The existing warm-keeping knee pad is fitted and fixed to the human body by using high-elasticity fibers and adding a binding belt, a hook-and-loop fastener, etc., but also causes inconvenience in putting on and taking off the knee pad. Moreover, the existing warm-keeping knee pad cannot have the function of massaging the knee joint while keeping warm.

[0007]

Technical solution

[0008] In order to solve the above problems, the present application provides a shape memory massage warm knee pad and a preparation method, which adopts shape memory spandex covering yarn, ordinary spandex covering yarn, wool yarn and conductive yarn as raw materials to weave the shape memory massage warm knee pad. The finished product is in the shape of a cylinder, integrally formed without edge seams, and has an air layer structure. Only one side of the massage part is woven by shape memory spandex yarn and conductive yarn. Before wearing, the shape memory characteristic can be used to stretch and adjust the knee pad to a suitable size and fix it. After wearing, the shape memory spandex restores elasticity under the stimulation of human body surface temperature or electric heating. The side with shape memory spandex in the massage part shrinks, and the other side arches, thereby forming regular concave-convex patterns according to the pattern, providing massage effect for the knee and providing appropriate pressure to fit the human body without leaving pressure marks. The shape memory spandex has weak restoring force below room temperature (25℃), and shows weak resilience. At the same time, the spandex yarn deformation (stretched length) can be fixed to a certain extent under this temperature condition, and will not immediately restore to the shape (length) before stretching. When the temperature of the shape memory spandex itself is higher than the switching temperature (26℃), it will restore to the shape (length) before stretching in a short time and restore elasticity, and the restoring force is improved. The human body surface temperature is about 34℃, which is higher than the switching temperature, and can trigger the shape memory function. Therefore, this kind of fiber is suitable for application in the field of textiles and clothing.

[0009] The first object of the present application is a shape memory massage knee pad, which is composed of a knee pad main part and a massage part. The massage part includes a front side, a back side and an intermediate connecting yarn. The front side is composed of ordinary yarn and shape memory spandex covering yarn. The back side is composed of ordinary yarn and ordinary covering yarn.

[0010] In an embodiment of the present application, the mass ratio of ordinary yarn, ordinary covering yarn and shape memory spandex covering yarn in the knee pad is (3-6):(1-3):(2-5).

[0011] In an embodiment of the present application, the shape memory spandex covering yarn refers to single-layer covering yarn or double-layer covering yarn with shape memory spandex bare yarn as core yarn and polyester or nylon as outer covering yarn. The shape memory spandex bare yarn is 70-840D, the outer covering yarn is 30-300D, and the twist is 300-1400 twists / m. The twist parameter is critical. If it exceeds this range, the shape memory spandex covering yarn cannot deform, and thus cannot form concave-convex effect.

[0012] In an embodiment of the present application, the ordinary yarn is preferably wool, polyester or nylon.

[0013] In an embodiment of the present application, the ordinary covering yarn includes ordinary spandex covering yarn or latex covering yarn.

[0014] In an embodiment of the present application, the ratio of the shape memory spandex covered yarn quality in the front of the knee pad to the total quality of the common yarn and the shape memory spandex covered yarn is 10% to 50%, the shape memory spandex bare wire is 70 to 840D, and the outer covered yarn is 30 to 300D. The proportion of shape memory spandex in the front part of the knee pad is a key parameter. If it exceeds this range, the shape memory spandex covered yarn cannot deform, and thus the concave-convex effect cannot be formed.

[0015] In an embodiment of the present application, the connecting yarn is selected from one or more of polyester, nylon, and wool. The connecting yarn structure is X type or W type.

[0016] In an embodiment of the present application, the front massage part is knitted by using the partial plating or floating thread jacquard method. When the hollow part of the air layer is knitted, the shape memory covered yarn is floating, and the remaining part is knitted by plating. After being heated to a temperature higher than the switching temperature, the floating thread has a larger shrinkage than the loop or tuck, and the use of other organizations will greatly affect the shape memory spandex covered yarn deformation effect.

[0017] In an embodiment of the present application, the back massage part is knitted by using the full loop plating method.

[0018] In an embodiment of the present application, the common spandex covered yarn is a single-layer covered yarn or a double-layer covered yarn with common spandex bare wire as the core yarn and polyester or nylon as the outer covered yarn, wherein the common spandex bare wire is 70 to 210D, and the outer covered yarn is 30 to 300D.

[0019] In an embodiment of the present application, the wool yarn is 30 to 72 public branches.

[0020] In an embodiment of the present application, the main part of the knee pad is knitted by using wool yarn, shape memory spandex covered yarn, and common spandex covered yarn to weave double-face jacquard organization.

[0021] A second object of the present application is to provide a preparation method of the shape memory massage knee pad, which comprises the following steps: knitting on a double needle bed computer jacquard weft knitting machine to form a knee pad main part and a massage part; the knee pad main part is knitted by using wool yarn, shape memory spandex covered yarn, and common spandex covered yarn to weave double-face jacquard organization, back horizontal stripes, and simultaneously feeding the shape memory spandex covered yarn for interweaving, so that the whole is in a cylindrical shape; the massage part is knitted by using air layer organization, one side is knitted by using shape memory spandex covered yarn and wool yarn for jacquard or partial plating to form the front of the knee pad, the other side is knitted by using common spandex covered yarn and wool yarn, and the middle is knitted by using wool yarn for tuck connection, and simultaneously feeding the shape memory spandex covered yarn for interweaving, so that the massage part formed by the two sides is composed of different materials, and together with the knee pad main part, a shape memory massage knee pad is formed.

[0022] In one embodiment of the present application, the knitting process of the shape memory massage knee sleeve comprises the following steps:

[0023] 1) Selecting materials: selecting shape memory spandex covered yarn, common spandex covered yarn and wool yarn as raw materials;

[0024] 2) Knitting: using double needle bed computerized jacquard weft knitting machine for knitting;

[0025] 3) Post-finishing: trimming and ironing;

[0026] 4) Testing and packaging.

[0027] In one embodiment of the present application, the double-sided jacquard pattern of the main part can be designed at will according to needs.

[0028] In one embodiment of the present application, the shape of the massage part, the proportion of the whole knee sleeve and the pattern in the part can be designed according to specific needs.

[0029] In one embodiment of the present application, the pattern of the massage part can be realized by knitting different pattern loops or partial plating stitches on the lower needle bed.

[0030] In one embodiment of the present application, the double needle bed computerized jacquard weft knitting machine can be a double-sided computerized jacquard knee sleeve machine with a cylinder diameter of 8-12 inches and a loop forming system of 3-5 ways, or a full forming computerized flat knitting machine with a gauge of 10-16 needles.

[0031] In one embodiment of the present application, the shape memory spandex covered yarn is a single layer or double layer covered yarn with shape memory spandex bare yarn as core yarn and polyester or nylon as outer covered yarn, wherein the shape memory spandex bare yarn is 70-840D and the outer covered yarn is 30-300D.

[0032] In one embodiment of the present application, the common spandex covered yarn is a single layer or double layer covered yarn with common spandex bare yarn as core yarn and polyester or nylon as outer covered yarn, wherein the common spandex bare yarn is 70-210D and the outer covered yarn is 30-300D.

[0033] In one embodiment of the present application, the wool yarn is 30-72 count.

[0034] In one embodiment of the present application, the cylinder height of the shape memory massage warm-keeping knee sleeve can be changed at will according to needs, and the cylinder diameter is changed by adjusting the number of knitting needles.

[0035] In one embodiment of the present application, the wool yarn accounts for 30-70%; the shape memory spandex cover yarn accounts for 15-40%; and the common spandex cover yarn accounts for 10-40%.

[0036] In one embodiment of the present application, the shape memory massage thermal knee warmer has a weight of 400-600 g / m 2 .

[0037] The third object of the present application is to provide a shape memory massage thermal knee warmer, in which the wool yarns on the front side are replaced by conductive yarns.

[0038] In one embodiment of the present application, the conductive yarns are silver-plated yarns, isometric metal yarns, metal fiber / common fiber composite yarns, carbon-based conductive yarns, polymer-based conductive yarns, and other conductive yarns for electrically heated textiles, and have a specification of 30-500D.

[0039] In one embodiment of the present application, the shape memory massage thermal knee warmer further comprises an electrical component part.

[0040] The fourth object of the present application is to provide a preparation method of the shape memory massage thermal knee warmer, which comprises the following steps:

[0041] The shape memory massage thermal knee warmer is knitted on a double-needle bed computerized jacquard weft knitting machine, and comprises a knee warmer main part, an electrical component part, and a massage part. The knee warmer main part is knitted with wool yarns, shape memory spandex cover yarns, and common spandex cover yarns to form a double-sided jacquard weave, and a reverse side horizontal stripe, and the shape memory spandex cover yarns are fed in to perform weft insertion, and the whole is in a cylindrical shape. The electrical component part is knitted with a square air layer weave, and has an upper opening, and the electronic components such as rechargeable batteries and temperature controllers are placed in the air layer, and are connected to the massage part through wires. The massage part is knitted with an air layer weave, and one side is knitted with shape memory spandex cover yarns and conductive yarns to form a front side, and the conductive yarns are connected to the electrical component part through wires, and the other side is knitted with common spandex cover yarns and wool yarns, and the wool yarns are knitted in tuck stitches in the middle to connect, and the shape memory spandex cover yarns are fed in to perform weft insertion, so as to form a massage part composed of materials with different properties on two sides.

[0042] In one embodiment of the present application, the knitting process of the shape memory massage thermal knee warmer comprises the following steps:

[0043] (1) material selection: selecting shape memory spandex cover yarns, common spandex cover yarns, wool yarns, and conductive yarns as raw materials;

[0044] (2) weaving: using a double-needle bed computerized jacquard weft knitting machine to weave;

[0045] (3) post-finishing: trimming and ironing the thread ends.

[0046] (4) detection, packaging.

[0047] In one embodiment of the present application, the double jacquard pattern of the main part can be designed as needed.

[0048] In one embodiment of the present application, the shape of the massage part, the proportion of the overall knee pad, and the pattern in the part can be designed according to specific needs.

[0049] In one embodiment of the present application, the pattern of the massage part can be achieved by knitting different pattern floats or partial plating on the lower needle bed.

[0050] In one embodiment of the present application, the double needle bed computer jacquard weft knitting machine can be a double-sided computer jacquard knee pad machine with a cylinder diameter of 8-12 inches and a loop forming system of 3-5 ways, or a full-forming computer flat knitting machine with a gauge of 10-16 needles.

[0051] In one embodiment of the present application, the shape memory spandex cover yarn is a single-layer or double-layer cover yarn with shape memory spandex bare wire as core yarn and polyester or nylon as outer cover yarn, wherein the shape memory spandex bare wire is 70-840D and the outer cover yarn is 30-300D.

[0052] In one embodiment of the present application, the ordinary spandex cover yarn is a single-layer or double-layer cover yarn with ordinary spandex bare wire as core yarn and polyester or nylon as outer cover yarn, wherein the ordinary spandex bare wire is 70-210D and the outer cover yarn is 30-300D.

[0053] In one embodiment of the present application, the wool yarn is 30-72 tex.

[0054] In one embodiment of the present application, the conductive yarn is a silver-plated yarn, a metal yarn, a metal fiber / ordinary fiber composite yarn, a carbon-based conductive yarn, a polymer-based conductive yarn, and other conductive yarns for electrically heated textiles, with a specification of 30-500D.

[0055] In one embodiment of the present application, the height of the cylinder of the shape memory massage and warm knee pad can be changed as needed, and the diameter of the cylinder is changed by adjusting the number of knitting needles.

[0056] In one embodiment of the present application, the wool yarn accounts for 30-70%; the shape memory spandex cover yarn accounts for 15-40%; and the ordinary spandex cover yarn accounts for 10-40%.

[0057] In one embodiment of the present application, the shape memory massage and warm knee pad has a grammage of 400-600g / m 2 .

[0058] Advantages of the present application:

[0059] (1) The knee protector prepared by the present application adopts shape memory spandex covering yarn as raw material. Shape memory spandex takes 26℃, which is lower than the body surface temperature of human body (34℃), as switching temperature. When the temperature is lower than the switching temperature, the knee protector can fix the deformation to a certain extent, and when the temperature is higher than the switching temperature, the deformation is recovered. That is, before wearing the shape memory spandex warm knee protector, the knee protector can be stretched to a size convenient for wearing, and after wearing, the knee protector automatically recovers the shape, fits the human body, and cooperates with wool yarn, solves the problem that the cylindrical knee protector is not easy to put on and take off, and has the functions of keeping warm.

[0060] (2) The knee protector prepared by the present application is knitted with air layer tissue with regular patterns in a certain area, wherein only one side adopts shape memory spandex covering yarn, and the other side adopts ordinary spandex covering yarn. By using the temperature-sensitive shape memory characteristics of shape memory spandex, after wearing on the upper body, with the increase of temperature, the shape memory spandex elastically recovers and shrinks, and the other side is arched accordingly, cooperates with the pattern, forms regular concave-convex, and has the massage effect when wearing.

[0061] (3) The knee protector prepared by the present application knits the shape memory spandex covering yarn and the conductive yarn in the massage area at the same time, and connects them with the temperature controller and the rechargeable battery. When the temperature control switch is turned on, the conductive yarn generates heat after being electrified, stimulates the shape memory spandex to shrink, forms the concave-convex massage effect, and meets the use needs when the temperature is lower than the switching temperature.

[0062] (4) The shape memory massage warm knee protector of the present application prepares knee protectors with different shape memory spandex content by changing the specifications and the number of wearing yarns of shape memory spandex covering yarn, ordinary spandex covering yarn and wool yarn. BRIEF DESCRIPTION OF DRAWINGS

[0063] Figure 1 The shape memory massage knee protector of Example 1 is shown in the schematic diagram of pattern.

[0064] Figure 2 The schematic diagram of components of the shape memory massage warm knee protector of Example 2 is shown, wherein 1 is the main part of the knee protector; 2 is the electrical element part; 3 is the wire connection part; and 4 is the massage part.

[0065] Figure 3 The schematic diagram of pattern of the massage part is shown, wherein 1 is the air layer hollow part; and 2 is the air layer connection part.

[0066] Figure 4 The schematic diagram of cross section of a rectangular air layer unit below the switching temperature of Example 1 is shown, wherein 1 is the shape memory surface; 2 is the ordinary surface; 3 is the connecting yarn; 4 is the air layer hollow part; and 5 is the air layer connection part.

[0067] Figure 5 Figure 1 is a schematic diagram of a cross section of a rectangular air layer unit above the switching temperature of the embodiment 1, wherein 1 is a shape memory surface; 2 is a common surface; 3 is a connecting yarn; 4 is an air layer hollow part; 5 is an air layer connecting part. DETAILED DESCRIPTION

[0068] The preferred embodiments of the present application are described below, it should be understood that the embodiments are for better explaining the present application, and are not used to limit the present application.

[0069] Embodiment 1: a shape memory massage knee pad

[0070] A shape memory massage knee pad is composed of the following mass percentages: 150 / 150 / 560D polyester / polyester / shape memory spandex (switching temperature 26℃) double-layer covered yarn is 12.9%, 30 / 70D polyester / shape memory spandex (switching temperature 26℃) single-layer covered yarn is 24.4%, 30 / 70D polyester / common spandex single-layer covered yarn is 20.2%, and 72 public branch wool is 42.5%.

[0071] The preparation process of the shape memory massage knee pad is:

[0072] 1) Select materials: 150 / 150 / 560D polyester / polyester / shape memory spandex (switching temperature 26℃) double-layer covered yarn is selected as weft yarn, 30 / 70D polyester / shape memory spandex single-layer covered yarn, 30 / 70D polyester / common spandex single-layer covered yarn, and 72 public branch wool yarn is used as raw material;

[0073] 2) Weaving: double-sided computer jacquard knee pad machine is used for weaving;

[0074] Machine type: ZY550HS full-automatic high-speed jacquard knee pad machine

[0075] Total number of needles: 288 needles

[0076] Barrel diameter: 11 inches;

[0077] Yarn configuration: one shape memory spandex single-layer covered yarn and two wool yarns are fed in the first route, one common spandex single-layer covered yarn and two wool yarns are fed in the second route, three wool yarns are fed in the third route, and one shape memory spandex double-layer covered yarn is fed as weft yarn;

[0078] Pattern and structure:

[0079] The schematic diagram of the front pattern is Figure 1 , the middle oval area is the massage part, and the rest is the main part of the knee pad; the main part is double-sided complete jacquard and weft, and the massage part is air layer organization and weft;

[0080] The front view of the massage part is shown in the following diagram Figure 2 The front view of the massage part is shown in the following diagram

[0081] 4) Finishing: trimming and ironing;

[0082] 5) Inspection and packaging.

[0083] The shape memory massage and warm knee protector of the present embodiment can be obtained through the above process.

[0084] The massage part of the present embodiment has regularly distributed rectangular hollow air layer structure. The front view uses shape memory spandex, and the back view uses ordinary spandex. The different material properties of the front and back views make the knee protector form regular concave-convex when worn, which has a certain massage effect on the knee.

[0085] When the temperature is below the switch temperature, the knee protector cloth is relatively flat. When the temperature is higher than the switch temperature, the shape memory spandex elastically recovers, the front view of the rectangular hollow air layer structure shrinks as a whole, and the back view arches accordingly.

[0086] Figure 3 、 Figure 4 The diagrams are the cross-sectional views of a rectangular air layer unit of the present embodiment when the temperature is below the switch temperature and when the temperature is above the switch temperature, respectively. Figure 3 、 Figure 4 In the diagram, 1 is the front view knitted by wool and shape memory spandex covering yarn, 2 is the back view knitted by wool and ordinary spandex covering yarn, 3 is the connecting yarn connecting the front and back views, 4 is a white rectangular area corresponding to Figure 2 the hollow part of the air layer, and 5 is a black area corresponding to Figure 2 the connecting part of the air layer. Figure 3 When the temperature is below the switch temperature (e.g. room temperature), the whole is relatively flat, Figure 4 When the temperature is above the switch temperature (e.g. the temperature of the human body surface), the shape memory spandex elastically recovers, the front view shrinks, and the shape memory spandex covering yarn in the 4 area is in floating state, which shrinks to a greater extent. The back view arches accordingly, while the shape memory spandex covering yarn in the 5 area is in loop state, and the front and back views are connected, which shrinks to a smaller extent and forms a depression. A plurality of such units form the massage part, so that when the knee protector is worn on the human body and the temperature rises, regular concave-convex with a certain massage effect is formed.

[0087] Example 2: A shape memory massage and warm knee protector

[0088] A shape memory massage warm knee pad is composed of the following mass percentages: 150 / 150 / 560D polyester / polyester / shape memory spandex (switching temperature 26°C) double-layer covered yarn 12.9%, 30 / 70D polyester / shape memory spandex single-layer covered yarn 24.4%, 30 / 70D polyester / ordinary spandex single-layer covered yarn 20.2%, 72 public wool 36.1%, 200D silver-plated chinlon 6.4%.

[0089] The preparation process of the shape memory massage warm knee pad is:

[0090] 1) Select materials: 150 / 150 / 560D polyester / polyester / shape memory spandex (switching temperature 26°C) double-layer covered yarn is selected as weft yarn, 30 / 70D polyester / shape memory spandex single-layer covered yarn, 30 / 70D polyester / ordinary spandex single-layer covered yarn, 72 public wool yarn, and 200D silver-plated chinlon are used as raw materials;

[0091] 2) Weaving: double-sided computer jacquard knee pad machine is used for weaving;

[0092] Model: ZY550HS full-automatic high-speed jacquard knee pad machine

[0093] Total number of needles: 288 needles

[0094] Barrel diameter: 11 inches;

[0095] Yarn configuration: one shape memory spandex single-layer covered yarn and silver-plated chinlon are fed in the first route, one ordinary spandex single-layer covered yarn and two wool yarns are fed in the second route, three wool yarns are fed in the third route, and one shape memory spandex double-layer covered yarn is fed as weft yarn;

[0096] Pattern and organizational structure:

[0097] The front pattern schematic diagram is Figure 1 The upper square is the electronic element part, the middle oval area is the massage part, and the rest is the main part of the knee pad; the main part is double-sided complete jacquard and weft, and the electronic element part and the massage part are air layer organization and weft;

[0098] The front pattern schematic diagram of the massage part is Figure 3 , the front adopts partial plating stitch, the ground yarn is silver-plated chinlon, the plating is shape memory spandex single-layer covered yarn, the white rectangular area 1 represents no plating loop formed, that is, shape memory spandex covered yarn floating, and the black area 2 represents plating loop formed; the back ground yarn is wool, the plating is ordinary spandex single-layer covered yarn, and the plating stitch is woven; the upper and lower needle white rectangular area 1 weaves hollow organization not connected on both sides, and the black area 2 weaves organization connected on both sides;

[0099] 4) Finishing: trimming, ironing;

[0100] 5) As Figure 2 The temperature controller and the rechargeable battery are placed in the electronic component part 2 and connected to the massage part 4 by wires 3;

[0101] 6) Inspection, packaging.

[0102] After the above process, the shape memory massage warm knee protector of the embodiment is obtained.

[0103] The massage part of the embodiment 2 has regularly distributed rectangular hollow air layer structures, the front surface uses shape memory spandex, the back surface uses ordinary spandex, and the material properties of the two surfaces are different, so that the knee protector forms regular concave-convex when worn, which has a certain massage effect on the knee.

[0104] When the temperature is below the switch temperature, the knee protector cloth surface is relatively flat, when the temperature is higher than the switch temperature, the shape memory spandex elastic recovery, the front surface of the rectangular hollow air layer structure shrinks as a whole, and the back surface arches.

[0105] Through the temperature controller switch and the rechargeable battery power supply, the shape memory spandex can be directly contracted to form a massage effect by heating the knee protector through power supply without body temperature.

[0106] Comparative Example 1:

[0107] A common spandex knee protector is composed of the following mass percentages: 150 / 150 / 560D polyester / polyester / ordinary spandex double-layer covered yarn 10.2%, 30 / 70D polyester / ordinary spandex single-layer covered yarn 43.1%, and 72 public branch wool 46.7%.

[0108] The preparation process of the common spandex warm knee protector is:

[0109] 1) Material selection: 150 / 150 / 560D polyester / polyester / ordinary spandex double-layer covered yarn is used as weft yarn, 30 / 70D polyester / ordinary spandex single-layer covered yarn, 30 / 70D polyester / ordinary spandex single-layer covered yarn, and 72 public branch wool yarn are used as raw materials;

[0110] 2) Weaving: woven by double-sided computer jacquard knee protector machine;

[0111] Model: ZY550HS full-automatic high-speed jacquard knee protector machine

[0112] Total number of needles: 288 needles

[0113] Barrel diameter: 11 inches;

[0114] Yarn arrangement: the first route feeds one common spandex single-layer covered yarn and two wool yarns, the second route feeds one common spandex single-layer covered yarn and two wool yarns, the third route feeds three wool yarns, and the weft yarn feeds one common spandex double-layer covered yarn;

[0115] Pattern and weave structure:

[0116] The front pattern schematic diagram is Figure 1 , the elliptical part is an air layer weave and weft, and the rest part is double-sided complete jacquard and weft;

[0117] The front pattern schematic diagram of the elliptical part is Figure 3 , the front part adopts partial plating, the ground yarn is wool, the plating is common spandex single-layer covered yarn, the white rectangular area 1 represents no plating loop, i.e. common spandex covered yarn float, and the black area 2 represents plating loop; the back ground yarn is wool, the plating is common spandex single-layer covered yarn, and plating weave is woven; the upper and lower white rectangular areas 1 weave two-sided non-connected hollow weave, and the black area 2 weaves two-sided connected weave;

[0118] 4) Finishing: trimming, ironing;

[0119] 5) Inspection, packaging.

[0120] Through the above process, the common spandex warm-keeping knee pad of the embodiment can be obtained.

[0121] Compared with example 1, the common spandex knee pad of comparative example 1 has no shape memory performance, is relatively difficult to wear on the body, has relatively large pressure, and is easy to leave red marks after being worn by the human body. The shape memory knee pad of example 1 can be stretched into a relatively loose size before being worn, shrinks to fit the human body after being stimulated by the body temperature, is easy to wear, and can provide relatively comfortable pressure. Comparative example 1 cannot form concave-convex at room temperature or human body surface temperature, and has no massage effect on the knee.

[0122] Although the present application has been disclosed with the preferred embodiments as above, it is not intended to limit the present application, and anyone skilled in the art can make various modifications and modifications without departing from the spirit and scope of the present application, therefore the protection scope of the present application should be defined by the claims.

Claims

1. A method for manufacturing a shape memory massage knee pad, characterized in that, The knee guard is composed of a main body part and a massage part, the massage part comprises a front surface, a back surface and a middle connecting yarn, the front surface is composed of common yarn and shape memory spandex cover yarn, and the back surface is composed of common yarn and common cover yarn. The method comprises: knitting on a double needle bed computer jacquard weft knitting machine, and the knee guard is composed of a main body part and a massage part; the main body part is knitted by using wool yarn, shape memory spandex cover yarn and common spandex cover yarn to form double jacquard tissue, the back surface is a horizontal stripe, and the shape memory spandex cover yarn is fed simultaneously to perform weft insertion; the whole is in a cylindrical shape; the massage part is knitted by using air layer tissue, one surface is knitted by using shape memory spandex cover yarn and wool yarn to form the front surface of the knee guard, and the other surface is knitted by using common spandex cover yarn and wool yarn, and the middle part is knitted by using wool yarn to form a connecting tuck, and the shape memory spandex cover yarn is fed simultaneously to perform weft insertion, so that the massage part is composed of two surfaces made of different materials, and the main body part and the massage part together form the shape memory massage knee guard.

2. The method for preparing the shape memory massage knee brace according to claim 1, characterized in that, The mass ratio of the common yarn, the common cover yarn and the shape memory spandex cover yarn in the knee guard is (3-6):(1-3):(2-5).

3. The method for preparing the shape memory massage knee brace according to claim 1 or 2, characterized in that, The shape memory spandex cover yarn refers to single-layer cover yarn or double-layer cover yarn with shape memory spandex bare yarn as core yarn and terylene or chinlon as outer cover yarn, wherein the shape memory spandex bare yarn is 70-840D, the outer cover yarn is 30-300D, and the twist is 300-1400 twists / m.

4. The method for preparing the shape memory massage knee brace according to claim 1, characterized in that, The common yarn comprises wool, terylene or chinlon, and the common cover yarn comprises common spandex cover yarn or latex cover yarn.

5. The method for preparing the shape memory massage knee brace according to claim 1, characterized in that, The mass ratio of the shape memory spandex cover yarn in the front surface of the knee guard to the total mass of the common yarn and the shape memory spandex cover yarn is 10%-50%, the shape memory spandex bare yarn is 70-840D, and the outer cover yarn is 30-300D.

6. The method for preparing the shape memory massage knee brace according to claim 1, characterized in that, The front massage part is knitted by using partial plating and floating thread jacquard, and the back massage part is knitted by using full loop plating.

7. A shape memory massage warming knee-caps, characterized in that, The common yarn in the front surface of the shape memory massage knee guard in the preparation method of the shape memory massage knee guard according to any one of claims 1-6 is replaced by conductive yarn.

8. The shape memory massage warming knee-caps according to claim 7, characterized in that, The conductive yarn comprises metal-plated yarn, metal fiber / common fiber composite yarn, carbon-based conductive yarn or high polymer conductive yarn.

9. A method for preparing the shape memory massage and warming knee brace as described in claim 7 or 8, characterized in that, The method comprises: It is knitted on double needle bed computerized jacquard weft knitting machine, and is composed of knee pad main part, electric element part and massage part; the knee pad main part is knitted with double jacquard organization of wool yarn, shape memory spandex covered yarn and common spandex covered yarn, and the reverse side is horizontal stripe, and the shape memory spandex covered yarn is fed in to perform weft insertion, and the whole is in cylindrical shape; the electric element part is knitted with square air layer organization, and the upper edge is opened, and the rechargeable battery and temperature controller electronic element are placed in the inner air layer, and are connected with the massage part through wires; the massage part is knitted with air layer organization, one side is knitted with shape memory spandex covered yarn and conductive yarn to form the front side, and the conductive yarn is connected with the electric element part through wires, and the other side is knitted with common spandex covered yarn and wool yarn, and the wool yarn is knitted in tuck in the middle to connect, and the shape memory spandex covered yarn is fed in to perform weft insertion, and the massage part is formed by materials with different characteristics.

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