In this invention, the detachable T-shirt collar, DTSC, is for a regular T-shirt without any provision for a detachable collar. This invented collar is attached through or close to the stretchable T-shirt collar band at the neck to transform a regular T-shirt, old or new, into a more formal attire. The collar attachment is for the standard O-neck and V-neck and the stretchable T-shirt material is compatible with the collar material. The fastening method can use various methods such as a pin, paired magnets, paired male and female clip connectors and tension clips that open and close, all of which can be made from a variety of materials such as metal or plastic.

In this invention, the detachable T-shirt collar, DTSC, is for a regular T-shirt without any provision for a detachable collar. This invented collar is attached through or close to the stretchable T-shirt collar band at the neck to transform a regular T-shirt, old or new, into a more formal attire. The collar attachment is for the standard O-neck and V-neck and the stretchable T-shirt material is compatible with the collar material. The fastening method can use various methods such as a pin, paired magnets, paired male and female clip connectors and tension clips that open and close, all of which can be made from a variety of materials such as metal or plastic.

The present invention relates to a device and a method associated with the device. With respect to the device, it is a two to four decorated magnets, which keeps the collar up and immobile. This device can be used to keep the collar of an individuals shirt from moving. The core components of the invention are magnets, glue, gemstones, raw stones, and either gold, brass, silver, or copper, which, generally speaking, are configured as follows: one magnet inside the collar of the shirt and another magnet on the outer region of the collared shirt, or one magnet within the collar of the shirt with another magnet between the shirt and the inner region of the collar and finalizing the last magnet on the outer region of the collar shirt. With respect to the device it should be further noted that the purpose of this device is to keep the collar of the shirt from moving. With respect to the associated method, In order to carry out the method the following core steps are followed: place one magnet inside the collar of the shirt, step two is to place the other magnet on the outer region of the collar and at the same time connecting it to the magnet that is on the inside of the collar. Ultimately, at the conclusion of these steps the collar of the shirt should not be moving and in place of desired specification.

The present invention relates to a device and a method associated with the device. With respect to the device, it is a two to four decorated magnets, which keeps the collar up and immobile. This device can be used to keep the collar of an individuals shirt from moving. The core components of the invention are magnets, glue, gemstones, raw stones, and either gold, brass, silver, or copper, which, generally speaking, are configured as follows: one magnet inside the collar of the shirt and another magnet on the outer region of the collared shirt, or one magnet within the collar of the shirt with another magnet between the shirt and the inner region of the collar and finalizing the last magnet on the outer region of the collar shirt. With respect to the device it should be further noted that the purpose of this device is to keep the collar of the shirt from moving. With respect to the associated method, In order to carry out the method the following core steps are followed: place one magnet inside the collar of the shirt, step two is to place the other magnet on the outer region of the collar and at the same time connecting it to the magnet that is on the inside of the collar. Ultimately, at the conclusion of these steps the collar of the shirt should not be moving and in place of desired specification.

A system senses, analyzes, and reports a collision event experienced by a person or object. A sensor module records angular velocities over time and a processor analyzes the sensed velocities, calculates properties of angular velocities, such as jerk and jolt, compares these properties with threshold values selected to correlate to predicted severities of injury to the person or object, and transmits information regarding these properties to a communication device controlled by user-designated persons. Group tracking and communication devices ar used by monitors to manage multiple persons equipped with sensor modules. The sensor modules and group tracking and communication devices are designed to be portable, attachable, and detachable so that they can be attached to different types of gear used by persons engaging in different activities.

A pair of notches or slits in a collar can prevent the formation of bulky crests or wrinkling when the collar is arranged in an outer open continental style under a jacket, however there is also a propensity for such a collar to curl up at the notches. The invention herein discloses the use of a fastening means by magnets and/or a combination of magnet/ferrous metals to prevent the slit borders, forming the edge surfaces of each back section of the collar, from curling up from the shirt surface. The fasteners are realized with magnets and/or a combination of magnets/ferrous metals which allow the attachment of the tip to the collar band by simply touching the tip to the collar band. The magnets or ferrous metals may be underneath the tip's and the collar's material respectively.

A pair of notches or slits in a collar can prevent the formation of bulky crests or wrinkling when the collar is arranged in an outer open continental style under a jacket, however there is also a propensity for such a collar to curl up at the notches. The invention herein discloses the use of a fastening means by magnets and/or a combination of magnet/ferrous metals to prevent the slit borders, forming the edge surfaces of each back section of the collar, from curling up from the shirt surface. The fasteners are realized with magnets and/or a combination of magnets/ferrous metals which allow the attachment of the tip to the collar band by simply touching the tip to the collar band. The magnets or ferrous metals may be underneath the tip's and the collar's material respectively.

A T-shirt having detachable parts includes a T-shirt main body, a top portion of the T-shirt main body has a neckline, and an opening of the neckline is connected with a collar ring by a second zipper, and the second zipper has a second zipper puller. An edge of the collar is located outside the second zipper with a first extension edge for covering. A cuff on each side of the T-shirt main body has a first zipper to connect a sleeve 6, and one end of the first zipper has a first zipper puller. A front surface of the T-shirt has a pattern patch, a back portion of the pattern patch has a first attaching side and a front surface of the T-shirt main body has a second attaching side, so the pattern patch can be detachable from the front surface of the T-shirt main body.

In the clothing industry, it is known to have detachable collars for shirts as far back as the 1880's. Since then there has been detachable hoodies, detachable raingear and other detachable accessories, where the attachment tabs or buttons or fasteners were integral with the shirt or the shirt already had a provision for attachment of a collar, similar to what some pastors/clergy wear. In this invention, the detachable T-shirt collar, DTSC, is for a regular T-shirt without any provision for a detachable collar. This invented collar is attached through or close to the stretchable T-shirt collar band at the neck to transform a regular T-shirt, old or new into a more formal attire. The collar attachment is for the standard O-neck and V-neck and the stretchable T-shirt material is compatible with the collar material. The fastening method can use various methods such as paired magnets, paired male and female clip connectors and tension clips that open and close, all of which can be made from a variety of materials such as metal or plastic.

In the clothing industry, it is known to have detachable collars for shirts as far back as the 1880's. Since then there has been detachable hoodies, detachable raingear and other detachable accessories, where the attachment tabs or buttons or fasteners were integral with the shirt or the shirt already had a provision for attachment of a collar, similar to what some pastors/clergy wear. In this invention, the detachable T-shirt collar, DTSC, is for a regular T-shirt without any provision for a detachable collar. This invented collar is attached through or close to the stretchable T-shirt collar band at the neck to transform a regular T-shirt, old or new into a more formal attire. The collar attachment is for the standard O-neck and V-neck and the stretchable T-shirt material is compatible with the collar material. The fastening method can use various methods such as paired magnets, paired male and female clip connectors and tension clips that open and close, all of which can be made from a variety of materials such as metal or plastic.