TWM648830U - Glove structure - Google Patents

Abstract

A glove structure, which includes a double-layer braided body that is continuously woven, and both sides of the double-layered braided body are seamlessly woven together, and the double-layered braided body has a plurality of parallel cutting lines, and the double-layered braided body is woven along the cutting lines. Cut a plurality of glove cloth pieces to obtain a plurality of glove cloth pieces. The glove cloth pieces are knitted to have a palm part and a wrist part. The upper edge of the palm part is sewn to have a finger-end seam edge. In addition, the palm part is provided with a lower edge corresponding to the thumb. An indented seam, the wrist is knitted downwards along the indented seam to form a cut edge, so that the diameter of the wrist is smaller than the diameter of the palm to achieve the purpose of fitting the wrist, and finally the The glove cloth piece is cut along the finger-end seam edge and the shrinkage seam edge to obtain a glove body, thereby greatly improving the production efficiency of the glove structure.

Description

Glove structure

This invention relates to a glove structure, especially a glove structure that is both efficient in production and comfortable to wear.

According to the current common glove structures, most of them are woven in one piece using a circular knitting machine, or the woven cloth is cut into glove pieces one by one, and then the two glove pieces are sewn and sealed around the edges through sewing operations. However, it is known that only one glove knitted by a circular knitting machine can be produced at a time. Mass production can only be achieved by increasing the equipment and lengthening the working time, and the production efficiency is poor; furthermore, using Gloves that sew together two pieces of glove cloth by sewing method require manpower to sew again, which not only easily causes errors during the sewing process, but also increases labor costs and lacks work efficiency; in addition, it is common knowledge that when wearing gloves, To prevent slippage and falling off, most of the wrists will be sewn with elastic bands, elastic bands and other straps, which will further shrink the wrist into a constriction shape and tighten it on the wrist, so that the wrist is easily tightened by the wrist, causing indentation. At the same time, it is easy to compress nerves or blood vessels and increase discomfort when wearing them. Therefore, it is known that there is a need to improve the structure of conventional gloves.

In view of this, the author has many years of experience in the manufacturing, development and design of related products. After detailed design and careful evaluation based on the above goals, he finally arrived at a truly practical creation.

The technical problem to be solved by this invention is to provide a glove structure in view of the above-mentioned deficiencies in the existing technology, which includes a double-layer braided body with a continuous weaving output, and both sides of the double-layered braided body are seamlessly woven into one piece, and the double-layered braided body is The layer braided body has a plurality of parallel cutting lines, and is cut along the cutting lines to obtain a plurality of glove pieces. The glove piece is woven with a palm and a wrist, and the upper edge of the palm is sewn. There is a finger-end seam, and an inward seam is provided on the palm corresponding to the lower edge of the thumb. The number of knitting diameter stitches on the wrist is smaller than the number of knitting diameter stitches on the palm, especially by shrinking one edge of the wrist. The seam edge is knitted downwards with a reduced stitch to form a cut edge, so that the diameter of the wrist is smaller than the diameter of the palm to achieve the purpose of fitting the wrist. Finally, the glove piece is sewn along the finger end and shrunk inward. Cut along the seams to get a glove body.

Preferably, the glove cloth piece is woven with five independent finger cots corresponding to the human palm, the finger cots are connected with the palm and the wrist, and the finger cots are sewn on the ends of the finger cots. End seams.

Preferably, the inner and outer surfaces of the palm corresponding to the lower edge of the thumb glove are provided with two modified sutures centered on the inward seam edge.

Preferably, the outer surface of the glove cloth piece is woven with a plurality of breathable holes and at least a jacquard portion.

Preferably, the inner end edge of the finger cot of the glove piece is provided with a cutout, and the cut groove can provide the edge of the finger cot with everting and allow the fingers to be exposed through the cut groove.

Preferably, the glove body system cuts at least two end edges of the finger cot, especially the end edges of the index finger and middle finger, thereby forming half of the fingerless glove.

Preferably, the end edges of each finger guard of the glove body are cut off to form a fully fingerless glove.

Preferably, the glove body further includes a sleeve portion, and the sleeve portion is integrally knitted along the wrist portion.

Comparing the effects of the previous technology: this invention uses continuous weaving to form a double-layer braid. The double-layer braid system is formed into a plurality of glove cloth pieces, and is cut through cutting lines, finger-end seams and indented seams to form a plurality of glove pieces. The glove body can effectively save the post-processing and sewing steps, greatly improve the production efficiency of glove structure production, and further increase the production quantity of gloves.

In addition, one side of the wrist is knitted into a lower edge using a reduced stitch method, so that the diameter of the wrist is smaller than the diameter of the palm, and the reduced wrist can eliminate the need for the use of elastic webbing or elastic bands, making the wrist The glove can conform to the human wrist in a flat manner, while preventing the wrist from being tightened by the elasticity of the wrist and causing indentation, thereby increasing the comfort of wearing the glove.

10:Double braid

11:Cutting line

12: Glove cloth piece

121:Finger cot

122: Palm

123: Wrist

124: Fingertip hemming

125: Inward seam hem

126: Lower trim

127:Modification stitching

128: Breathable holes

129: Jacquard Department

120: Grooving

13: Glove body

131:Sleeve Department

[Picture 1] is a schematic diagram of the double-layer braid formed by continuous weaving of this creation.

[Picture 2] is a partially enlarged schematic diagram of the double-layer braid of this creation.

[Picture 3] is a schematic diagram of the double-layer braid of this creation cut into glove pieces along the cutting line.

[Picture 4] is a schematic diagram of the glove cloth piece of this creation being cut to form the glove body.

[Picture 5] is a schematic diagram of the action of the glove body of this creation to turn the inner layer outward.

[Picture 6] is a schematic diagram of wearing the glove body of this creation.

[Picture 7] is a schematic diagram of wearing the glove body of this creation from another angle.

[Picture 8] is a schematic diagram showing the grooves on the end edge of the finger cuff of this invention.

[Picture 9] is a schematic diagram of this invention in which two ends of the finger glove are cut off to form a semi-fingerless glove.

[Picture 10] is a schematic diagram of the invention in which all the ends of the finger glove are cut off to form a fully fingerless glove.

[Picture 11] is a schematic diagram of this creation with integrated sleeves.

In order to enable your review committee to have a further understanding of the purpose, characteristics and functions of this creation, please provide the following details in conjunction with [a brief description of the diagram]:

First, please look at the structure of a glove as shown in Figures 1 to 4, which includes a double-layer braid 10 with a continuous knitting output. Both sides of the double-layer braid 10 are seamlessly woven into one piece, and the double-layer braid The body 10 has a plurality of parallel cutting lines 11, and is cut along the cutting lines 11 to obtain a plurality of glove cloth pieces 12. The glove cloth pieces 12 are knitted with five independent finger cots 121 corresponding to the human palm, and are connected to each other. The palm part 122 and the wrist part 123 of the finger cot 121 have a finger-end seam edge 124 sewn on the end edge of the finger cot 121 according to the length of the finger, and an indentation seam is sewn on the palm part 122 corresponding to the lower edge of the thumb. The edge 125, the number of needles in diameter of the wrist part 123 is smaller than the number of needles in the diameter of the palm part 122, in particular, one side of the wrist part 123 is knitted downward along the shrinkage seam edge 125 to form a cut edge 126, so as to The diameter of the wrist part 123 is smaller than the diameter of the palm part 122 to achieve the purpose of fitting the wrist, and the palm part 122 is provided with two modifications on the inner and outer surfaces of the lower edge of the thumb with the inward seam edge 125 as the center. The sutures 127 are woven with a plurality of breathable holes 128 and at least one jacquard portion 129 on the outer surface of the glove cloth piece 12; thereby, the finger-end seams 124 and the indented seams of the glove cloth piece 12 are woven. 125 cuts to get a glove body 13.

The structural composition can be seen from Figures 3 to 7. The double-layer braid 10 is cut along the cutting line 11 to obtain the glove piece 12. The glove piece 12 is adjacent to the wrist 123. The end edge of the glove forms an entrance, and then the glove body 13 is obtained by cutting along the finger-end seam edge 124 and the inward shrinkage seam edge 125. The two sides of the glove body 13 have been seamlessly knitted together during the weaving process, and correspond to the fingers. quantity Five finger cots 121 are defined. The end edges of the finger cots 121 are closed and hemmed by the finger end seams 124, and the lower edge of one side of the glove body 13 is sewn together through the inward seam 125 to reduce stitches. The lower cut edge 126 of the knitted glove is separated from the glove cloth piece 12 and seamlessly knitted into one piece. Finally, the inner layer of the glove body 13 is turned outward to hide the finger end seam edge 124 and the inward shrinkage seam edge 125. Inside the glove body 13, a glove structure is completed.

Another embodiment of its structure can be seen from Figure 8. The inner end edge of the finger cover 121 of the glove cloth piece 12 is provided with a cutout 120. The cutout 120 can provide the finger The end edge of the sleeve 121 is everted so that the fingers can be exposed through the slot 120 .

Another embodiment of the structure is shown in Figures 9 and 10. The glove body 13 is made by cutting off at least two end edges of the finger cuffs 121, especially the end edges of the index finger and middle finger. Cut to form half of the fingerless glove; in addition, the end edge of each finger guard 121 of the glove body 13 can also be cut to form a full fingerless glove.

Another third embodiment of the structure is shown in Figure 11. The glove body 13 further includes a sleeve part 131, and the sleeve part 131 is integrally knitted along the wrist part 123.

Through the structure of the above-mentioned specific embodiment, the following benefits can be obtained: This invention uses continuous weaving to form a double-layer braid 10. The double-layer braid 10 is formed with a plurality of glove cloth pieces 12 and is cut through a cutting line. 11, the finger end seam 124 and the shrinkage seam 125 are cut to form a plurality of glove bodies 13, which effectively saves the post-processing and sewing steps, greatly improves the production efficiency of glove structure production, and further increases the production quantity of gloves.

In addition, one side of the wrist portion 123 is knitted into a lower edge 126 using a reduced stitch method, so that the diameter of the wrist portion 123 is smaller than the diameter of the palm portion, and the reduced wrist portion 123 eliminates the need for elastic webbing or elastic bands. , so that the wrist part 123 can conform to the human hand in a planar manner. At the same time, the wrist is prevented from being elastically tightened by the wrist portion 123 to cause indentation, thereby increasing the comfort of wearing the glove.

To sum up, this creation has indeed achieved a breakthrough structural design, has improved new content, and can achieve industrial utilization and progress. Moreover, this creation has not been seen in any publications, and it is also novel. In compliance with the relevant provisions of the Patent Law, I have filed a new patent application in accordance with the law, and I sincerely request the review committee of the Jun Bureau to grant legal patent rights. I express my deepest prayers.

The above is only one of the preferred embodiments of this invention, and it cannot be used to limit the scope of this invention; that is, all equivalent changes and modifications made based on the patent scope of this invention should still fall within the scope of this invention. within the scope covered by the patent.

10:Double braid

11:Cutting line

12: Glove cloth piece

121:Finger cot

122: Palm

123: Wrist

124: Fingertip hemming

125: Inward seam hem

126: Lower trim

127:Modification stitching

128: Breathable holes

129: Jacquard Department

Claims (8)

A glove structure, which includes a double-layer braided body that is continuously woven, and both sides of the double-layered braided body are seamlessly woven together, and the double-layered braided body has a plurality of parallel cutting lines, and the double-layered braided body is woven along the cutting lines. Cut a plurality of glove cloth pieces to obtain a plurality of glove cloth pieces. The glove cloth pieces are knitted to have a palm part and a wrist part. The upper edge of the palm part is sewn to have a finger-end seam edge. In addition, the palm part is provided with a lower edge corresponding to the thumb. An indented seam. The number of knitting diameter stitches on the wrist is smaller than the number of needles on the diameter of the palm. In particular, one side of the wrist is knitted downwards along the indented seam in a reduced stitch manner to form a cut edge, so that the wrist The diameter of the glove part is smaller than the diameter of the palm part to achieve the purpose of fitting the wrist. Finally, the glove cloth piece is cut along the finger end seam edge and the shrinkage seam edge to obtain a glove body. The glove structure according to claim 1, wherein the glove cloth piece is woven with five independent finger cots corresponding to the human palm, and the finger cots are connected with the palm and the wrist, and are connected to the finger cots. The end edge is sewn with the finger-end seam allowance. The glove structure according to claim 1, wherein two modified sutures are provided on the inner and outer surfaces of the lower edge of the finger glove of the palm corresponding to the thumb with the inward seam edge as the center. The glove structure according to claim 1, wherein the outer surface of the glove cloth piece is woven with a plurality of breathable holes and at least a jacquard portion. The glove structure according to claim 2, wherein the inner end edge of the finger glove of the glove cloth piece is provided with a cutout, and the cut groove can provide the eversion of the end edge of the finger glove and allow the fingers to pass through the glove. The groove is exposed. The glove structure as claimed in claim 2, wherein the glove system cuts at least two end edges of the finger cot, especially the end edges of the index finger and middle finger, thereby forming half of the fingerless glove. The glove structure according to claim 2, wherein the end edges of each finger guard of the glove body are cut off to form a fully fingerless glove. The glove structure according to claim 1, wherein the glove body further includes a sleeve part, and the sleeve part is integrally knitted along the wrist part.

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