The present disclosure provides a crane machine having a rotatable arm, including: a main body, the rotatable arm, a rotation drive assembly, an elevation drive assembly, and a gripper. The main body defines a holding cavity and a conveying channel; wherein the conveying channel includes an opening that is in communication with the holding cavity. The rotatable arm is arranged in the holding cavity. The rotation drive assembly includes a first driving member configured to drive the rotatable arm to rotate around the centerline. The elevation drive assembly is arranged in the rotatable arm and includes a second driving member and a rotation wheel. The gripper is connected to the rotation wheel through a connection rope; the opening is disposed on a rotational radius of the gripper.

A multi-stage toy walker includes at least a handle, a base, and a configurable component that is adjustable from a folded-flat configuration to at least one of a seat-shaped configuration and a basket-shaped configuration.

A multi-stage toy walker includes at least a handle, a base, and a configurable component that is adjustable from a folded-flat configuration to at least one of a seat-shaped configuration and a basket-shaped configuration.

A kit for creating and healing a simulated wound includes a fabric patch that can be saturated with a liquid to become translucent. The patch includes an image of a simulated wound, such as a cut, scratch, or abrasion. Water is applied to a person's skin. The patch is applied to the wetted skin and is saturated by the water, causing the fabric forming the patch to become translucent so that the color of the user's skin is at least partially visible through the patch. This creates the illusion that the simulated wound image is an actual injury. The kit also includes a simulated bandage. The bandage has a gripping portion, such as a patch of hook materials from a hook-and-loop fastener, on its bottom surface. When the gripping portion of the bandage is contacted with the patch, the gripping portion engages with the fabric so that when the bandage is pulled away from the skin, the patch and the simulated wound are also pulled away from the skin, creating the illusion that the wound has been healed.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

A collapsible toy structure has a back support, a counter top pivotably connected to the back support, a front wall that is pivotably connected to underside of the counter top, a locking mechanism having a block secured to the back support and a locking bar rotatably connected to the block, a left side wall having a left front panel, and a right side wall having a right front panel. The toy structure assumes a collapsed position with the counter top pivoted to an upright position against the back support, the front wall pivoted to an upright position against the counter top, the left front panel and the right front panel pivoted against the front wall, and with the locking bar rotated to a position where its opposite ends are positioned against the left front panel and the right front panel.

The subject matter disclosed herein is directed to a connected kitchen toy device configured to allow a player to imitate cooking in a real kitchen, wherein an action performed by the player on the kitchen toy device is identified by and creates a simultaneous reaction on a smart device connected to said kitchen toy and/or on the kitchen toy device itself. The kitchen toy device comprises at least one input element and one output element, and a communication module for allowing bi-directional communication between the kitchen toy and the smart device. The action performed by the player on the kitchen toy device is identified by at least one input element positioned on the kitchen toy and/or on the smart device, wherein the action results in creation of at least one output reaction on either one of said kitchen toy device, smart device, or on both. The action may be performed on at least one playing item positioned on the kitchen toy device or held in its vicinity, wherein the action performed by the player and the at least one playing item are both identified and displayed on the smart device and further create a reaction on either one of the kitchen toy device, the playing item, the smart device, and combinations thereof.

Embodiments of the invention are directed to a breakaway clasp and clasp components that may provide a quick release closure mechanism. The breakaway clasp may include a first clasp component having a coupling portion and an attachment portion; and an identical second clasp component also having a coupling portion and an attachment portion. The attachment portions may be configured to coupled to a portion of an article, such as a necklacomprisesce or bracelet, and the coupling portions are configured to releasably couple to each other, thereby forming a closure. Each coupling portion comprising two, identical hemisphere elements and a connecting section that connects the two hemisphere elements. The hemisphere elements and connecting section may define a receiving cavity configured to receive at least a portion of the hemisphere elements of the other clasp component.