A yarn blocking and storage device is provided. The device includes an upper platform having a first plurality of apertures therethrough and a lower platform having a second plurality of apertures therein. A plurality of support spacers is securable between the upper and lower platforms to maintain the upper and lower platforms in a spaced configuration. A plurality of blocking staves is removably securable through the first plurality of apertures and within the second pluralities of apertures, wherein the plurality of blocking staves can be selectively positioned along the upper and lower platforms to support a motif thereon.

A yarn blocking and storage device is provided. The device includes an upper platform having a first plurality of apertures therethrough and a lower platform having a second plurality of apertures therein. A plurality of support spacers is securable between the upper and lower platforms to maintain the upper and lower platforms in a spaced configuration. A plurality of blocking staves is removably securable through the first plurality of apertures and within the second pluralities of apertures, wherein the plurality of blocking staves can be selectively positioned along the upper and lower platforms to support a motif thereon.

In some embodiments, a stitch marker comprises a body that defines a first enlarged opening and a second enlarged opening. The first enlarged opening is larger than a cross-sectional size of an associated stitching device, such as a knitting needle. The second enlarged opening is larger than the cross-sectional size of the stitching device.

In some embodiments, a stitch marker comprises a body that defines a first enlarged opening and a second enlarged opening. The first enlarged opening is larger than a cross-sectional size of an associated stitching device, such as a knitting needle. The second enlarged opening is larger than the cross-sectional size of the stitching device.

A crochet jig has a first planar frame secured within a second upright frame. The first frame is capable of full rotation along a horizontal axis. The top surface of the first frame is configured to retain a length of crocheted product on a first end and spooled yam on a second end.

A stitch counting device for assisting users with counting the number of stitches made during stitchwork. The stitch counting device includes a casing, a first prong, a second prong, a display, a microcontroller, one or more fasteners, a fulcrum having a spring, a battery, and an interface input port. Methods for using the stitch counting device are also described.

A crochet anti-slip structure includes a crochet shaft and an anti-slip sleeve. The crochet shaft is rod-shaped and has a crochet section and a binding section, and at least one arc-shaped convex body having an expanded diameter is disposed at the outer periphery of the binding section. The anti-slip sleeve is made of elastic plastic and has a binding hole configured to be opposite to the binding section for inserting the binding section into the binding hole to achieve an anti-slip effect between the crochet shaft and the anti-slip sleeve as well as an anti-slip effect for a user to grip and use a crochet.

A crochet anti-slip structure includes a crochet shaft and an anti-slip sleeve. The crochet shaft is rod-shaped and has a crochet section and a binding section, and at least one arc-shaped convex body having an expanded diameter is disposed at the outer periphery of the binding section. The anti-slip sleeve is made of elastic plastic and has a binding hole configured to be opposite to the binding section for inserting the binding section into the binding hole to achieve an anti-slip effect between the crochet shaft and the anti-slip sleeve as well as an anti-slip effect for a user to grip and use a crochet.

A connection structure includes a proximal end of a needle body, a metallic connector fixed to the proximal end, and an end of a flexible cable attached to the connector. The connector includes a shaft and a head diametrically greater than the shaft. The proximal end of the needle body has a hole into which the shaft of the connector is fitted. The head of the connector has a cable recess accommodating the end of the cable. The cable recess includes a first recess adjacent to an opening of the cable recess and a second recess adjacent to and diametrically greater than the first recess. The end of the cable includes a first portion accommodated in the first recess and a second portion connected to the first portion and accommodated in the second recess. The second portion is diametrically greater than the first portion.

A connection structure includes a proximal end of a needle body, a metallic connector fixed to the proximal end, and an end of a flexible cable attached to the connector. The connector includes a shaft and a head diametrically greater than the shaft. The proximal end of the needle body has a hole into which the shaft of the connector is fitted. The head of the connector has a cable recess accommodating the end of the cable. The cable recess includes a first recess adjacent to an opening of the cable recess and a second recess adjacent to and diametrically greater than the first recess. The end of the cable includes a first portion accommodated in the first recess and a second portion connected to the first portion and accommodated in the second recess. The second portion is diametrically greater than the first portion.