An interactive toy system includes a miniature oven having an oven door, a dial knob, and an internal space. An upper shelf is disposed at an upper position inside the internal space, and a lower shelf is disposed at a lower position that is below the upper position inside the internal space. The upper shelf is capable of moving down to the lower position, which causes the lower shelf to move down to a bottom position. A plush doll is placed on the upper shelf when it is at the upper position. During a play, a dough is placed inside the oven on the lower shelf, and the dial knob is turned to start a baking process. The knob turning causes the upper shelf carrying the plush doll to drop down to the lower position and the lower shelf carrying the dough to drop down to the bottom position. When the baking process is completed and the oven door is open, the plush doll is revealed in the internal space of the oven.

A hand sewn toy kit includes a plurality of first panels, a plurality of second panels and a plurality of third panels. A selected one of the first panels is selectively positioned between a pair of the second panels to simulate a slice of a food item. Additionally, a selected one of the first panels is selectively positioned between a pair of the third panels to simulate a slice of bread. A selected number of the food items are positioned between a pair of the slices of bread to simulate a sandwich for playing. A sewing kit is provided for stitching the second panels corresponding to the food item together and for stitching the third panels corresponding to the slice of bread together.

A chair cover playset, including a chair cover for use with a household chair having a lower portion having a seat and legs and an upper portion having a chair back. The chair cover has a lower portion having a front panel, a top panel, and side panels that extend over the lower portion of the chair. The chair cover has an upper panel and a coextensive rear panel. The upper panel extends upwardly from the top panel, over the chair back, and then the rear panel extends downwardly behind the chair back. A plurality of ties secure the chair cover onto the chair by securing the upper panel to the rear panel. The playset may also include a partial chair cover having a full height panel that extends behind the chair and a half height panel extends in front of the chair back to the top of the seat.

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.

A toy that simulates a stand mixer provides users, for example, children with the experience of preparing foods. The mixer includes a base shaped to sit on a horizontal surface. A vertical member extends from the base and holds an extension that extends over a portion of the base. A bowl is sized to fit on the base below the extension. The extension includes a semicircular clip aligned with a semicircular slot on the extension. The mixer includes interchangeable tools, such as a whisk, a dough hook, or a paddle blade. The clip and the extension define a circular space to hold a handle of the tool and allow the tool to spin, simulating the mixing action of a stand mixer. The clip flexes away from the extension to allow one tool to be removed and another tool to be connected.

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.

A simulated ice cream dispenser for dispensing a simulated ice cream product includes a receptacle for receiving a simulated ice cream product to be dispensed and at least one rotating arm member rotatably configured with respect to the receptacle and including at least one flap extending from the at least one rotating arm member. A handle member including at least one engaging member engages the at least one rotating arm member for rotating the at least one rotating arm member when the handle transitions between first and second positions. In the first position, the at least one rotating arm member is positioned such that the at least one flap extending from the at least one rotating arm member is positioned within the receptacle for supporting a simulated ice cream product within the receptacle. When the handle member transitions to the second position, the at least one rotating arm member rotates such that the at least one flap extending from the at least one rotating arm member is moved allowing the simulated ice cream product to pass through the receptacle.

The invention is directed to a connected toy device comprising at least one sensing element configured to provide a complementary data to a limited visual recognition data obtained from a camera, so as to obtain an accurate reflection of a real-time playing scene of a player with said connected toy device and allow production of a suitable response to the player on a smart device connected to said toy according to processing of the combined data obtained from said camera and the at least one sensing element. The invention is further directed to a connected toy system for obtaining an accurate reflection of a real-time playing scene of a player with a connected toy device, the system comprising: at least one connected toy devise having at least one sensing element configured to provide a complementary data to a limited visual recognition data obtained from a camera; and a smart device having at least a camera, a processing device and a dedicated software library, said smart device is configured to capture images of said playing scene by said camera process the data and combine the image data with data received from said at least one sensing element, and produce a suitable response on the smart device according to the data obtained from the camera and the sensing element reflecting a real time occurrence at the playing scene.