A combination measuring tape/chalk marker holder includes a main housing and a chalk retention pocket. The main housing has a main housing shell with a base and a back plate. The main housing is an equilateral triangular prismatic body with two outwardly curved lateral walls meeting at an apex. Within the housing, a locking reel holding a flexible measuring tape is releasably engaged with a locking hub formed on the back plate. The measuring tape extends through a portal formed in one of the outwardly curved lateral walls. The chalk retention pocket is fixed to and extends from the back plate. The pocket has a base parallel to and coextensive with the main housing base, two parallel lateral walls, and a flexible chalk retention member. The chalk retention pocket is flexible and removably retains a convex lensate marking body. A rotatable foot enables the holder to stand erect.

A combination measuring tape/chalk marker holder includes a main housing and a chalk retention pocket. The main housing has a main housing shell with a base and a back plate. The main housing is an equilateral triangular prismatic body with two outwardly curved lateral walls meeting at an apex. Within the housing, a locking reel holding a flexible measuring tape is releasably engaged with a locking hub formed on the back plate. The measuring tape extends through a portal formed in one of the outwardly curved lateral walls. The chalk retention pocket is fixed to and extends from the back plate. The pocket has a base parallel to and coextensive with the main housing base, two parallel lateral walls, and a flexible chalk retention member. The chalk retention pocket is flexible and removably retains a convex lensate marking body. A rotatable foot enables the holder to stand erect.

Various examples are provided for obtaining body measurements of a user, predicting body measurements of a user, and/or the like. Examples include a coded dimensioning garment having a stretchable fabric that conforms to a wearer's body without substantial compression or distortion of the skin. The garment can include measurement markings of known sizes at one or more known locations on the fabric. Methods are provided for predicting body measurements from a user. Image(s) of a user wearing the garment in a reference pose are captured and can be uploaded to a body measurement application. The real-world dimensions can be converted to pixel dimensions in the same ratio as the real world dimensions and inputted into a prediction model to generate measurements from areas of interest on the user.

Various examples are provided for obtaining body measurements of a user, predicting body measurements of a user, and/or the like. Examples include a coded dimensioning garment having a stretchable fabric that conforms to a wearer's body without substantial compression or distortion of the skin. The garment can include measurement markings of known sizes at one or more known locations on the fabric. Methods are provided for predicting body measurements from a user. Image(s) of a user wearing the garment in a reference pose are captured and can be uploaded to a body measurement application. The real-world dimensions can be converted to pixel dimensions in the same ratio as the real world dimensions and inputted into a prediction model to generate measurements from areas of interest on the user.

Various examples are provided for obtaining body measurements of a user, predicting body measurements of a user, and/or the like. Examples include a coded dimensioning garment having a stretchable fabric that conforms to a wearer's body without substantial compression or distortion of the skin. The garment can include measurement markings of known sizes at one or more known locations on the fabric. Methods are provided for predicting body measurements from a user. Image(s) of a user wearing the garment in a reference pose are captured and can be uploaded to a body measurement application. The real-world dimensions can be converted to pixel dimensions in the same ratio as the real world dimensions and inputted into a prediction model to generate measurements from areas of interest on the user.

Various examples are provided for obtaining body measurements of a user, predicting body measurements of a user, and/or the like. Examples include a coded dimensioning garment having a stretchable fabric that conforms to a wearer's body without substantial compression or distortion of the skin. The garment can include measurement markings of known sizes at one or more known locations on the fabric. Methods are provided for predicting body measurements from a user. Image(s) of a user wearing the garment in a reference pose are captured and can be uploaded to a body measurement application. The real-world dimensions can be converted to pixel dimensions in the same ratio as the real world dimensions and inputted into a prediction model to generate measurements from areas of interest on the user.

A method for tailoring a compression garment including a first sheet and a second sheet, each having a first lateral end and a second lateral end, at least one strap for holding together the first lateral end of the first sheet and the first lateral end of the second sheet. The strap is tightenable to establish a compression level to a human limb or body part. The method includes: adjusting the strap; draping the compression garment around the limb or the body part; holding the second lateral end of the first sheet and the second lateral end of the second sheet together to pull the first sheet, the second sheet and the strap into contact with the limb or body part; marking a cutting line on one or both sheets; cutting the sheets along the cutting line; and splicing together both cut ends with at least one splicing element.

A method for tailoring a compression garment including a first sheet and a second sheet, each having a first lateral end and a second lateral end, at least one strap for holding together the first lateral end of the first sheet and the first lateral end of the second sheet. The strap is tightenable to establish a compression level to a human limb or body part. The method includes: adjusting the strap; draping the compression garment around the limb or the body part; holding the second lateral end of the first sheet and the second lateral end of the second sheet together to pull the first sheet, the second sheet and the strap into contact with the limb or body part; marking a cutting line on one or both sheets; cutting the sheets along the cutting line; and splicing together both cut ends with at least one splicing element.

A combination measuring tape/chalk marker holder includes a main housing and a chalk retention pocket. The main housing has a main housing shell with a base and a back plate. The main housing is an equilateral triangular prismatic body with two outwardly curved lateral walls meeting at an apex. Within the housing, a locking reel holding a flexible measuring tape is releasably engaged with a locking hub formed on the back plate. The measuring tape extends through a portal formed in one of the outwardly curved lateral walls. The chalk retention pocket is fixed to and extends from the back plate. The pocket has a base parallel to and coextensive with the main housing base, two parallel lateral walls, and a flexible chalk retention member. The chalk retention pocket is flexible and removably retains a convex lensate marking body. A rotatable foot enables the holder to stand erect.

A combination measuring tape/chalk marker holder includes a main housing and a chalk retention pocket. The main housing has a main housing shell with a base and a back plate. The main housing is an equilateral triangular prismatic body with two outwardly curved lateral walls meeting at an apex. Within the housing, a locking reel holding a flexible measuring tape is releasably engaged with a locking hub formed on the back plate. The measuring tape extends through a portal formed in one of the outwardly curved lateral walls. The chalk retention pocket is fixed to and extends from the back plate. The pocket has a base parallel to and coextensive with the main housing base, two parallel lateral walls, and a flexible chalk retention member. The chalk retention pocket is flexible and removably retains a convex lensate marking body. A rotatable foot enables the holder to stand erect.