A quilt marking assembly includes a measuring tape which has graduated indicia printed thereon to measure distance along a blanket when the measuring tape is stretched along the blanket. A plurality of pins is provided and each of the pins is insertable into a quilting frame upon which the blanket is positioned to mark a preferred location on the blanket. The pins are positionable such that the pins are evenly spaced along a distance measured by the measuring tape. A roll of yarn is dividable into a plurality of lengths of the yarn. Each of the lengths of yarn is stretchable between a respective pair of pins to define a grid on the blanket. A marker is provided to mark the blanket at each of a plurality of intersections of the grid defined by the lengths of yarn for quilting the blanket.

A quilt marking assembly includes a measuring tape which has graduated indicia printed thereon to measure distance along a blanket when the measuring tape is stretched along the blanket. A plurality of pins is provided and each of the pins is insertable into a quilting frame upon which the blanket is positioned to mark a preferred location on the blanket. The pins are positionable such that the pins are evenly spaced along a distance measured by the measuring tape. A roll of yarn is dividable into a plurality of lengths of the yarn. Each of the lengths of yarn is stretchable between a respective pair of pins to define a grid on the blanket. A marker is provided to mark the blanket at each of a plurality of intersections of the grid defined by the lengths of yarn for quilting the blanket.

A quilt marking assembly includes a measuring tape which has graduated indicia printed thereon to measure distance along a blanket when the measuring tape is stretched along the blanket. A plurality of pins is provided and each of the pins is insertable into a quilting frame upon which the blanket is positioned to mark a preferred location on the blanket. The pins are positionable such that the pins are evenly spaced along a distance measured by the measuring tape. A roll of yarn is dividable into a plurality of lengths of the yarn. Each of the lengths of yarn is stretchable between a respective pair of pins to define a grid on the blanket. A marker is provided to mark the blanket at each of a plurality of intersections of the grid defined by the lengths of yarn for quilting the blanket.

A quilt marking assembly includes a measuring tape which has graduated indicia printed thereon to measure distance along a blanket when the measuring tape is stretched along the blanket. A plurality of pins is provided and each of the pins is insertable into a quilting frame upon which the blanket is positioned to mark a preferred location on the blanket. The pins are positionable such that the pins are evenly spaced along a distance measured by the measuring tape. A roll of yarn is dividable into a plurality of lengths of the yarn. Each of the lengths of yarn is stretchable between a respective pair of pins to define a grid on the blanket. A marker is provided to mark the blanket at each of a plurality of intersections of the grid defined by the lengths of yarn for quilting the blanket.

Gallery mounting of a sheet on a substrate is performed by placing a corner edging around the substrate peripherally. The sheet is positioned on a bead projecting from the corner edging. The sheet is stretched over the bead to elevate a central portion of the sheet from the substrate, and the sheet is peripherally secured in place.

Gallery mounting of a sheet on a substrate is performed by placing a corner edging around the substrate peripherally. The sheet is positioned on a bead projecting from the corner edging. The sheet is stretched over the bead to elevate a central portion of the sheet from the substrate, and the sheet is peripherally secured in place.

An embroidery frame transport device includes a guide portion, a lever, and a locking portion. The guide portion is configured to prescribe a first direction being a movement direction when the embroidery frame is removed and a second direction being a movement direction when the embroidery frame is mounted. The lever is configured to move between a first restriction position that restricts the movement in the first direction of the embroidery frame and a first release position that does not restrict the movement in the first direction of the embroidery frame. The locking portion is configured to move between a second restriction position that restricts the movement in the second direction of the embroidery frame and a second release position that does not restrict the movement in the second direction of the embroidery frame.

An embroidery frame transport device includes a guide portion, a lever, and a locking portion. The guide portion is configured to prescribe a first direction being a movement direction when the embroidery frame is removed and a second direction being a movement direction when the embroidery frame is mounted. The lever is configured to move between a first restriction position that restricts the movement in the first direction of the embroidery frame and a first release position that does not restrict the movement in the first direction of the embroidery frame. The locking portion is configured to move between a second restriction position that restricts the movement in the second direction of the embroidery frame and a second release position that does not restrict the movement in the second direction of the embroidery frame.

A platen and hoop configured to securely hold a garment in place on a platen. The platen and hoop can be used for automated printing of graphics, such as by direct to garment printing (DTG). The hoop has downward extending hoop sidewalls that can surround the platen structure when the hoop is fitted onto the platen. The platen has platen sidewalls that are hinged to a base of the platen, and which rotate upward to hold a fabric workpiece against the hoop sidewalls to securely hold the fabric workpiece during printing. The platen sidewalls can be formed with inward protruding tabs or feet located at their base, and which cause the platen sidewalls to rotate upward when engaged by the hoop sidewalls.

A platen and hoop configured to securely hold a garment in place on a platen. The platen and hoop can be used for automated printing of graphics, such as by direct to garment printing (DTG). The hoop has downward extending hoop sidewalls that can surround the platen structure when the hoop is fitted onto the platen. The platen has platen sidewalls that are hinged to a base of the platen, and which rotate upward to hold a fabric workpiece against the hoop sidewalls to securely hold the fabric workpiece during printing. The platen sidewalls can be formed with inward protruding tabs or feet located at their base, and which cause the platen sidewalls to rotate upward when engaged by the hoop sidewalls.