The invention is related to a child seat comprising a seat (60) having a bottom support (61) and a back support (62), a frame (20) having a plurality of fixed seat position channels (64) each configured to retain the bottom support therein, wherein the bottom support of the seat is vertically adjustable relative to the back support via the seat position channels, and a seat latching mechanism for retaining the seat at any of the fixed seat position channels. The seat latching mechanism comprises a slide bar (78) positioned to intersect each of the fixed seat position channels and capable of movement along an axis between a lock position and a release position, wherein the seat is locked in a channel when the slide bar is at the lock position and the seat is removable from a channel when the slide bar is at the release position, and a button (80) attached to an end of the slide bar and which moves along an axis, transverse to the axis of the slide bar, between a first and second position, wherein the slide bar is prevented from movement when the button is in the first position and is slidable between the slide bar lock and release positions when the button is in the second position.

A child support device including a folding frame (1050,1350,20,450,550,650,750,850,950) having front legs (452) and rear legs (452,454), and a hub pivotally coupling upper ends of the front and rear legs (452,454) to move between a folded configuration and an unfolded configuration. The hub includes a first coupling element. The device further includes a support component having a second coupling element releasably engageable with the first coupling element, for detachably mounting the support component to the frame (1050,1350,20,450,550,650,750,850,950). The support component is optionally a dual-mode support, usable in a first mode of use mounted to the frame (1050,1350,20,450,550,650,750,850,950), and in a second mode of use independent of the frame(1050,1350,20,450,550,650,750,850,950).

The present invention is directed to an adjustable children's booster seat, wherein it comprises a childe support (20) configured for supporting a child, a frame (10) configured for resting on a support surface and suspending the child support (20) above the support surface, wherein the frame (10) comprises a pair of vertically adjustable arms (120) and a pair of upright members (110), wherein each upright member (110) defines a vertical channel, and wherein each vertically adjustable arm (120) is operatively connected to a lateral side of the child support (20) and is positioned at least partially within one of the upright members (110); and one or more height control devices configured to be actuated by a user between a secured configuration and an adjustable configuration, wherein the one or more height control devices permit the vertically adjustable arms (120) to be moved upwardly and downwardly with respect to the frame (10) when in the adjustable configuration and prevent the vertically adjustable arms (120) from moving downwardly with respect to the frame (10) when in the secured configuration.

A baby chair has a frame (10), a lifting device (20), a chair seat (30) and a tray (40). The frame (10) has a fixing assembly (11) and a moving assembly (12). The moving assembly (12) is moveably mounted on the fixing assembly (11). The lifting device (20) is mounted on the frame (10). The lifting device (20) has a first lifting member (21), a second lifting member (22), a connecting rod (23), and a lifting controller (24). The first lifting member (21) and the second lifting member (22) coact via the connecting rod (23) and drive the chair seat (30) to move upward and downward smoothly. The lifting controller (24) is mounted on and drives the first lifting member (21). Thus, the height adjustment of the chair seat (30) of the baby chair is operated conveniently by a single hand of a user.

A rotatable tray (1) is installed on a child seat (2) for accommodating a container (4), and the rotatable tray includes a platform (3), a fixing base (6), a positioning base (7), a resilient component (8) and a supporting base (9). The platform (3) includes a communicating chamber (33), and the fixing base (6) is fixed in the communicating chamber (33). The positioning base (7) includes a first engaging portion (72), and the positioning base (7) is slidably disposed in the communicating chamber (33). The resilient component (8) is disposed between the fixing base (6) and the positioning base (7). The supporting base (9) is connected to the platform (3), an engaging base (90) protrudes from an end of the supporting base (9), and a second engaging portion (92) is disposed on the supporting base (9). The engaging base (90) is pivoted in the communicating chamber (33) so that the platform (3) can rotate relative to the supporting base (9). The resilient component (8) drives the first engaging portion (72) to selectively engage with the second engaging portion (92).

Die vorliegende Erfindung betrifft eine Gurtbefestigungseinrichtung (20) insbesondere für einen Hochstuhl für Kleinkinder, umfassend eine im Bereich eines Sitzes anbringbare Gurtbefestigungseinrichtung mit einem Hauptkörper, welcher eine Aufnahme für eine in diese einschiebbare Gurtschnalle (141) aufweist, welche in dieser Aufnahme festlegbar ist, umfassend weiterhin einen gegen die Kraft eines Federelements etwa senkrecht zur Einschubrichtung der Gurtschnalle eindrückbaren Druckknopf (22), welcher in seiner nicht eingedrückten Position sich vor die Gurtschnalle setzt und die Gurtschnalle in ihrer Aufnahme blockiert. Erfindungsgemäß ist vorgesehen, dass der Druckknopf (22) ein von dem Hauptkörper (21) separates Bauelement ist, welches in den Hauptkörper einsetzbar und gegenüber diesem entgegen der Federkraft beweglich ist und welches bei seiner durch manuelles Eindrücken verursachten Bewegung im Hauptkörper axial geführt ist.

Die vorliegende Erfindung betrifft einen Hochstuhl für Babys oder Kleinkinder, mit einem Fußteil und einem darauf gehaltenen Sitzelement (13), welches gegenüber dem Fußteil um eine horizontale Querachse in seiner Neigung verstellbar schwenkbar gelagert ist und welches mittels einer Neigungsarretierung in der Neigungsposition feststellbar ist, wobei der Mechanismus für die Neigungsverstellung des Sitzelements mindestens einen vom Sitzelement ausgehenden teleskopartigen Stützarm (20 C) und mindestens ein gelenkig mit diesem Stützarm verbundenes Rahmenbauteil (20 B) umfasst, welches wiederum mit mindestens einer Gelenkeinheit (20 A) verbunden ist, durch die sich die Querachse erstreckt, um die das Sitzelement geschwenkt wird,

wobei das Rahmenbauteil (20 B) schwenkbar mit der mindestens einen Gelenkeinheit (20 A) verbunden ist und wobei ein Schwenken des Sitzelements (13) bis in eine etwa horizontale Neigungsposition möglich ist, ohne dass das Rahmenbauteil (20 B) von der Gelenkeinheit getrennt werden muss.

Die Erfindung betrifft einen multifunktionellen Kinderstuhl, der mittels eines Verstellmechanismus in eine Kinderschaukel umwandelbar ist.

Um einen multifunktionellen Kinderstuhl kostengünstig und einfach herzustellen, der auch eine einfache Befestigung von einem Kinderstuhl ermöglicht, ist es vorgesehen, dass ein Adapter (10) zur Aufnahme eines Kindersitzes (2) verwendet wird.

A latch mechanism (50) for a tray system (30) of a child's high chair having a tray post (35) and socket mounting arrangement includes a central, front actuation button (52) that moves a slide link (53) mounted underneath the tray system (30). The slide link (53) is connected to actuation arms (57) slidably mounted within respective tray posts (35). Each actuation arm (57) includes a cam surface (58) that pivots a respective latch member (55) having a rectangular lock pin (55a) which extends below a respective tray post (35) into engagement with openings in a respective socket (28) receiving the respective tray post (35). Thelatchmember (55) is spring-loaded into engagement with the openings. Front surfaces of arm rests (23) of a high chair structure (10) are sloped to cam the lock pins (55a) into respective tray posts (35) to permit passive mounting of the tray system (30) onto the high chair structure (10), but a non-passive manipulation is required once each lock pin (55a) is engaged to the openings in the sockets (28) to affect positional adjustment or removal from the high chair structure (10).