A law enforcement jacket device for facilitating a tool vest worn beneath a jacket to be accessible includes a jacket that has a body and a pair of sleeves such that the jacket can be worn by a law enforcement officer. The jacket has a pair of closures each integrated into the body for opening and closing the body. The jacket has a pair of slots each integrated into the body such that the pair of slots defines an opening when the body is closed with the pair of closures. In this way the opening facilitates a tool vest worn beneath the jacket to be accessible to the law enforcement officer while the law enforcement officer is wearing the jacket.

A law enforcement jacket device for facilitating a tool vest worn beneath a jacket to be accessible includes a jacket that has a body and a pair of sleeves such that the jacket can be worn by a law enforcement officer. The jacket has a pair of closures each integrated into the body for opening and closing the body. The jacket has a pair of slots each integrated into the body such that the pair of slots defines an opening when the body is closed with the pair of closures. In this way the opening facilitates a tool vest worn beneath the jacket to be accessible to the law enforcement officer while the law enforcement officer is wearing the jacket.

The present disclosure relates to a front flap-integrated uniform with anti-lifting and volume retention functions that makes it extremely easy to wear the front flap-integrated with the uniform through zipper operation, that keeps firmly in contact with a body without shifting and retains the volume of the body even under various movements of the wearer because the degree of stretch of the fabric is actively maintained by embedding a silicone tape having set elasticity in the edge of the front flap, and that induces maximization of convenience and efficiency of use by employing the front flap having a general configuration different from the related art.

The present disclosure relates to a front flap-integrated uniform with anti-lifting and volume retention functions that makes it extremely easy to wear the front flap-integrated with the uniform through zipper operation, that keeps firmly in contact with a body without shifting and retains the volume of the body even under various movements of the wearer because the degree of stretch of the fabric is actively maintained by embedding a silicone tape having set elasticity in the edge of the front flap, and that induces maximization of convenience and efficiency of use by employing the front flap having a general configuration different from the related art.

The present disclosure relates to a front flap-integrated uniform with anti-lifting and volume retention functions that makes it extremely easy to wear the front flap-integrated with the uniform through zipper operation, that keeps firmly in contact with a body without shifting and retains the volume of the body even under various movements of the wearer because the degree of stretch of the fabric is actively maintained by embedding a silicone tape having set elasticity in the edge of the front flap, and that induces maximization of convenience and efficiency of use by employing the front flap having a general configuration different from the related art.

The present disclosure relates to a front flap-integrated uniform with anti-lifting and volume retention functions that makes it extremely easy to wear the front flap-integrated with the uniform through zipper operation, that keeps firmly in contact with a body without shifting and retains the volume of the body even under various movements of the wearer because the degree of stretch of the fabric is actively maintained by embedding a silicone tape having set elasticity in the edge of the front flap, and that induces maximization of convenience and efficiency of use by employing the front flap having a general configuration different from the related art.

A military suit camouflage pattern forming method includes extracting, from a database storing satellite images of the earth's surface, zonal and seasonal color images captured from above a target area where military operations are expected, and generating a sample image of the ground surface using the color images, generating a dot image by mapping all pixels of the sample image to a smaller number of pixels, and extracting different camouflage colors from the pixels of the dot image, by reclassifying the sample image based on the elevation and slope of the ground surface and converting it to grayscale, extract different terrain patterns based on elevation and slope, as primary patterns, and coloring the primary patterns with the extracted camouflage colors to generate secondary patterns in which colors vary according to the terrain patterns, and superimposing the secondary patterns over a background color to generate a camouflage pattern.

A military suit camouflage pattern forming method includes extracting, from a database storing satellite images of the earth's surface, zonal and seasonal color images captured from above a target area where military operations are expected, and generating a sample image of the ground surface using the color images, generating a dot image by mapping all pixels of the sample image to a smaller number of pixels, and extracting different camouflage colors from the pixels of the dot image, by reclassifying the sample image based on the elevation and slope of the ground surface and converting it to grayscale, extract different terrain patterns based on elevation and slope, as primary patterns, and coloring the primary patterns with the extracted camouflage colors to generate secondary patterns in which colors vary according to the terrain patterns, and superimposing the secondary patterns over a background color to generate a camouflage pattern.