An embroidery frame includes a base frame including a magnetic body, and a presser member configured to press a sewing object toward the base frame. The presser member includes a main body portion and a lever. The main body portion includes an opposing surface facing the base frame and a magnet. The lever includes a support portion, a point of application portion, and an operation portion. The support portion is rotatably supported on the main body portion to rotate around a rotational center. The point of application portion is provided on one end side of the lever with respect to the rotational center. The point of application portion is pivotable from a stand-by position to an application position in accordance with the operation portion being operated to the first side in a state where the presser member is disposed on the base frame.

An embroidery frame includes a base frame including a magnetic body, and a presser member configured to press a sewing object toward the base frame. The presser member includes a main body portion and a lever. The main body portion includes an opposing surface facing the base frame and a magnet. The lever includes a support portion, a point of application portion, and an operation portion. The support portion is rotatably supported on the main body portion to rotate around a rotational center. The point of application portion is provided on one end side of the lever with respect to the rotational center. The point of application portion is pivotable from a stand-by position to an application position in accordance with the operation portion being operated to the first side in a state where the presser member is disposed on the base frame.

Packaging is used to store articles to be customized by methods including embroidery, wherein the packaging includes at least two portions defining a window, and wherein the two portions of the packaging hold a portion of the article, for example a fabric panel, taut across the window so that the portion of the article may be embroidered by an embroidery machine while retained by portions of the packaging. The packaging may be in the form of a box during embroidery, or may be converted into the form of a box after embroidery.

Packaging is used to store articles to be customized by methods including embroidery, wherein the packaging includes at least two portions defining a window, and wherein the two portions of the packaging hold a portion of the article, for example a fabric panel, taut across the window so that the portion of the article may be embroidered by an embroidery machine while retained by portions of the packaging. The packaging may be in the form of a box during embroidery, or may be converted into the form of a box after embroidery.

An exemplary embroidery accessory for a sewing machine includes a spool that is rotatable around a first vertical axis, a support rotatably attached to the sewing machine and to the spool, a sewing guide, and a mechanism for rotating the support around a second vertical axis of rotation. The spool receives and dispenses a length of embroidery material and is supported above a sewing bed of the sewing machine by the support. The sewing guide has a needle opening configured to receive a needle of the sewing machine and to guide the embroidery material toward the needle.

An exemplary embroidery accessory for a sewing machine includes a spool that is rotatable around a first vertical axis, a support rotatably attached to the sewing machine and to the spool, a sewing guide, and a mechanism for rotating the support around a second vertical axis of rotation. The spool receives and dispenses a length of embroidery material and is supported above a sewing bed of the sewing machine by the support. The sewing guide has a needle opening configured to receive a needle of the sewing machine and to guide the embroidery material toward the needle.

An embroidery system including an embroidery frame assembly having an inner first frame (51) and an outer second frame (53), a portion of a planar formation to be processed being able to be clamped therebetween. The first frame (51) is connected by a bridge (61) to a radially outer secondary connector (57), and a connecting portion (63) of this bridge (61) bridges the second frame (53) when the latter is connected to the first frame (51). When combined with an embroidery module connected to a free arm sewing machine, the embroidery frame assembly enables in a simple manner the embroidering of pouch-type and tubular planar formations.

An embroidery system including an embroidery frame assembly having an inner first frame (51) and an outer second frame (53), a portion of a planar formation to be processed being able to be clamped therebetween. The first frame (51) is connected by a bridge (61) to a radially outer secondary connector (57), and a connecting portion (63) of this bridge (61) bridges the second frame (53) when the latter is connected to the first frame (51). When combined with an embroidery module connected to a free arm sewing machine, the embroidery frame assembly enables in a simple manner the embroidering of pouch-type and tubular planar formations.

An embroidery frame includes an inner frame formed like a hoop and an outer frame that has a separation section at which the outer frame is separated so as to form a first end portion and a second end portion that oppose each other. The outer frame is configured to nip an embroidery object, in collaboration with the inner frame, from outside the inner frame. The embroidery frame also includes an opening-closing mechanism configured to adjust a clearance of the separation section. In the embroidery frame, the opening-closing mechanism has a connection shaft that connects the first end portion and the second end portion to each other and also has a manipulation member that is rotatably mounted on the connection shaft with a center of rotation being positioned at the first end portion.

An embroidery frame includes an inner frame formed like a hoop and an outer frame that has a separation section at which the outer frame is separated so as to form a first end portion and a second end portion that oppose each other. The outer frame is configured to nip an embroidery object, in collaboration with the inner frame, from outside the inner frame. The embroidery frame also includes an opening-closing mechanism configured to adjust a clearance of the separation section. In the embroidery frame, the opening-closing mechanism has a connection shaft that connects the first end portion and the second end portion to each other and also has a manipulation member that is rotatably mounted on the connection shaft with a center of rotation being positioned at the first end portion.