24results about "Revolving cabinet" patented technology

The utility model discloses a kind of intelligent drying storage wardrobe, including box;Box includes upper cabinet and lower cabinet;Upper cabinet and lower cabinet are separated by the partition in box interior;The top of inside upper cabinet is provided with moving assembly;The bottom of inside upper cabinet is provided with first drying assembly;The inside wall of upper cabinet is provided with first measuring assembly;The front side of upper cabinet is provided with cabinet door;Lower cabinet includes pull-out box;The top of inside wall of lower cabinet is provided with second drying assembly;The top of inside of lower cabinet is provided with second measuring assembly;Controller.By annular track drive hook groove cyclic rotation, make clothes take turns alignment first air outlet, realize multi-angle uniform heating;And by first measuring assembly monitoring hanging clothes state, control first drying assembly as needed start-stop;By second measuring assembly and second drying assembly independent processing underwear and other small clothes, avoid cross contamination;Control panel integration moving assembly, double-zone drying system and sensing module, support custom drying mode, satisfy diversification demand.

A guide fitting (4) for guiding the movement of a main body (3) mounted such that it can move relative to a fixed base in a manner of simultaneous translation and rotation, the guide fitting having: a guide cam track (5); a guide element (11) guiding the guide element in the guide cam track (5); and a linear guide (6) having at least one first connecting member and a second connecting member movable relative to the at least one first connecting member, one of the connecting members being fixedly connected to the guide element (11), and the other connecting member being connected to the guide cam track (5) via a pivot bearing (9). The guide cam track (5) or the guide element (11) described herein can be fixedly attached to the main body (3), wherein the guide cam track (5) is movable relative to the first connecting member from an initial position to an intermediate position and further to an open position and back, wherein, in the intermediate position, the guide cam track (5) rotates relative to the first connecting member in a rotational direction (R, R) and shifts in a predetermined direction (A), wherein the guide fitting (4) has at least one self-retracting device (8, 12), the at least one self-retracting device being at least partially coupled to the linear guide (6) or the guide cam track (5). A furniture or household appliance element (1) is also described.

Rotary fitting (100) for furniture, which is formed as a U-shaped component with a base leg (101) and two side legs (102, 103) projecting perpendicularly in the same direction at its end regions, arranged parallel to each other, wherein a disc ball bearing bore (210) is provided in each of the legs (101-103) and wherein a disc ball bearing (202) is arranged in the disc ball bearing bore (210) in each of the legs (101-103), and wherein at least the disc ball bearing bores (210) of the two side legs (102, 103) have the same inner diameter.

The utility model relates to wardrobe technical field, and disclose a kind of wardrobe of built-in rotary clothes storage mechanism, cabinet body inside is provided with a rotary clothes storage room and two side cabinets, rotary clothes storage room inside slidingly is provided with inner vertical plate, and the front surface of inner vertical plate is slidably connected with top plate, and the front surface of inner vertical plate is provided with lifting assembly that pushes top plate longitudinal sliding, and the bottom of rotary clothes storage room is provided with telescopic component that pushes inner vertical plate horizontal sliding;Top plate is installed with rotary clothes storage mechanism.The wardrobe of built-in rotary clothes storage mechanism, by the cooperation of telescopic component and lifting assembly, the automatic extension and height adjustment of rotary clothes storage mechanism are realized, effectively solve the problem that traditional wardrobe space is fixed, clothes is stacked, so that different length of clothes can be reasonably hung, significantly improve space utilization, adopt rotary clothes storage mechanism design, by servo motor drive carousel overall rotation, cooperate with micro speed reducer motor and drive single clothes hanger autorotation, realize the omni-directional dynamic display of clothes.

The utility model relates to a kind of storage cabinet, including shell and movable assembly, the side opening of shell, the top of shell is provided with first track, the bottom in shell is provided with second track, first track and second track are parallel with the length direction of shell;Movable assembly includes movable frame, first slider and second slider, movable frame includes top plate, bottom plate and the two side plates between top plate and bottom plate, the top of top plate is equipped with first slider, first slider slides on first track, the bottom of bottom plate is equipped with second slider, second slider slides on second track, movable assembly slides to opening direction, and it is unfolded to with the length direction of shell inclination. The above technical solution is extracted to limit position when movable frame, to form fulcrum with second slider and realize the inclination unfolding of movable frame with first slider in first track, more intuitive and support multi-angle operation, to facilitate user to access article.

Elastic deflection structure for a rotary and sliding mechanism, comprising a fixing plate (10) and a rotary plate (20), wherein a sliding groove (201) is formed on the surface of the rotary plate (20) facing the fixing plate (10) and a connecting pin (30) projecting into the sliding groove (201) is fixedly arranged on the fixing plate (10), characterized in that a deflection cavity (202) is formed at the end of the sliding groove (201), the deflection cavity (202) is connected to the sliding groove (201), a locking block (40) is movably arranged in the deflection cavity (202) and an elastic element (50) is further provided in the deflection cavity (202) which imparts a restoring force to the locking block (40), wherein the locking block (40) is held in place when the connecting pin (30) moves to the end of the sliding groove (201) and the locking block (40) presses, overcomes the force of the elastic element (50) and can retreat into the escape cavity (202).

This utility model relates to the field of fixed rack technology and discloses a bidirectional adjustable fixed rack. The bidirectional adjustable fixed rack includes a frame, with a side plate fixedly installed at the top of the frame, and an adjustment component provided on the frame. This bidirectional adjustable fixed rack, in order to better load and unload clothes and reduce the space occupied by the fixed rack body in the washing machine room, uses an adjustment component. When the frame and the side plate are started in both directions, the self-locking asynchronous motor allows the rotating shaft to rotate bidirectionally for bidirectional adjustment. This causes the support rod and T-shaped rod to rotate synchronously. Combined with the first and second rotating rods, multiple sets of shelves can rotate on their own axis while revolving around the central axis, placing the storage box on the L-shaped frame. Thus, multiple sets of shelves always maintain a horizontal state during movement. With the addition of a limiting ring, fixing parts, and baffles, it can better accommodate storage boxes of various widths, thereby making it easier to load and unload clothes and reducing the space occupied by the fixed rack body in the washing machine room.

A rotary and sliding mechanism to be opened by pressing, comprising a fixing plate (10), a rotary plate (20) and a connecting plate (30) arranged between the two, wherein the connecting plate (30) is slidably connected to the fixing plate (10), characterized in that the rotary and sliding mechanism further comprises a pressure actuation assembly (40) arranged on the fixing plate (10), the pressure actuation assembly (40) is in drive connection with the connecting plate (30) and the pressure actuation assembly (40) is switchable between an energy storage and locking state and a release and drive state, In the initial state of the rotary and sliding mechanism, the pressure actuation assembly (40) is in the energy storage and locking state, when the connecting plate (30) is moved by external pressure, the pressure actuation assembly (40) is triggered to switch from the energy storage and locking state to the release and drive state, In the release and drive state, the pressure actuation assembly (40) drives the connecting plate (30) to movement and the connecting plate (30) takes the rotary plate (20) with it to movement relative to the fixing plate (10).

A racking system allowing the pre-configuration and mounting of electronic equipment is provided thereby allowing for shipment of a plurality of rack assemblies having electronic components mounted and operatively wired therein, to be shipped to a remote venue. The support platforms for each of the plurality of rack assemblies may be engaged to each other to form a large support surface with electronic components already operatively positioned for use within the rack assemblies. Pathways are provided between the rack assemblies for access thereto.

A rotating shelf according to one aspect disclosed herein comprises: a shelf base; a rotating plate that is positioned on the shelf base, rotates and translates with respect to the shelf base, and includes a rotating shaft and a guide protrusion; and a guide cam that is installed in the shelf base and guides the rotating plate so that the rotating plate rotates and translates. The guide cam includes: a shaft guide part for guiding the rotating shaft so that the rotating shaft rotates and moves in a first direction; and a guide surface for guiding the guide protrusion.

The application discloses a liftable and rotatable storage rack, which is driven to rotate by a motor in a base, a threaded rod is rotated, a nut on the threaded rod is lifted and lowered under the guidance and limitation of a limiting rod, and then drives a storage layer rack installed on the nut to vertically lift and lower; the storage layer rack is connected with the outer circumferential surface of the nut through bearings, and can rotate along the axis of the threaded rod under the action of external thrust; in addition, a lifting button for controlling the forward rotation or reverse rotation of the motor is arranged on the base, the lifting button is close to the ground, and the user can automatically adjust the lifting height of the storage layer rack by kicking the lifting button, so that the operation and use are convenient, the user does not need to consume physical strength in the adjusting process, the damage to the lumbar vertebrae caused by actions such as standing on tiptoe and bending over can be avoided, and since the storage layer rack in the application can rotate, the user does not need to reach out or move, and can rotate the storage layer rack to rotate the articles at any position in the cabinet to the front, which is particularly friendly to the old, children and patients with lumbar vertebra diseases.

This invention discloses a rotating clothes rack with top storage, comprising a rack base, connecting rods, a top rack seat, and five hanging rods. The top of the rack base is fixedly connected to the bottom of the connecting rods. This invention novelly utilizes the coordinated use of the connecting rods, top rack seat, hanging rods, slide rails, base plate, sealing cloth, top plate, placement plate, vacuum pump, and suction pipe. When the adjusting screw causes the top plate to contact the clothes, pulling the convenient pull tab closes the sealing zipper. Then, the vacuum pump is activated, and the suction force generated by the vacuum pump draws air away from the sealing cloth through the suction pipe. This solves the problem that existing rotating clothes racks lack the function of storing infrequently worn clothes, and that clothes that are not frequently worn and are left hanging on rotating racks for extended periods are prone to dust accumulation and moisture ingress, potentially causing them to become dirty and develop odors. Furthermore, the large size and length of rotating clothes racks pose a risk of tipping over if accidentally bumped by cats, dogs, or children.

This invention discloses a capsule-shaped wine cabinet, comprising a support base, a capsule body, a support frame, a top mount, and a lifting assembly. The support base has four shock-absorbing legs arranged in a circular array around its bottom. The top mount and the support frame are connected by four support rods arranged in a circular array. A slewing bearing is rotatably connected to the support frame, and the capsule body is mounted on the slewing bearing. A lifting and rotating drive mechanism is provided between the support frame and the support base to simultaneously drive the lifting assembly up and down and the slewing bearing to rotate. This invention adopts a capsule-like design, breaking away from the traditional square and rigid shape of wine cabinets. Combined with the circular array of glass windows on the capsule surface, it enhances visual appeal, creating a highly technological and personalized appearance, while also clearly displaying the wines inside from multiple angles, meeting the user's display needs.

A rotary and sliding mechanism for quick assembly and disassembly, comprising a fixing plate (31) and a rotary plate (32) which is slidably and rotatably connected to the fixing plate (31), characterized in that the rotary and sliding mechanism (30) further comprises a positioning element (33), wherein a positioning groove (321) for receiving the positioning element (33) is formed in the rotary plate (32), an elastic detent assembly (34) is arranged in the positioning groove (321), and the positioning element (33) has a detent groove (331) into which the elastic detent assembly (34) can engage.

The utility model discloses temperature control layering storage food sample leaving cabinet, including sample leaving cabinet body, the lower part of one side of sample leaving cabinet body is installed with temperature controller, printer and weighing drawer, the upper part of one side of sample leaving cabinet body is installed with display screen, one side of sample leaving cabinet body is hinged with door body mechanism. The utility model discloses having disc -shaped layered structure: disc -type storage cabinet with the center of main shaft is divided into three layers, and each layer is divided into four areas by cross -shaped tabletop partition, and three -layer glass door is corresponded, and this design is specially for miniature tabletop scene optimization, such as the compact space of early education system, and each layer area can be accurately aligned with the airlock when rotating, and the operation is convenient and small, and the thickness of partition is less than two centimeters lightweight design further releases storage space, satisfies the demand of quieting simultaneously, avoids the interference daily environment.

An ejection device (1) for a movable furniture part (110, 210) comprises a housing (2), a lever (3) rotatably mounted on the housing (2) about a pivot axis (), at least one energy storage device (4) with which the lever (3) can be biased relative to the housing (2) in a direction of rotation, and a detent mechanism for releasably locking the lever (3) with the energy storage device (4) biased, wherein the lever (3) has an actuating section (31) which can be brought into engagement with the movable furniture part (110, 210) for ejecting the movable furniture part (110, 210) when the lever (3) is rotated by the force of the energy storage device (4), wherein the lever (3) is movable in a release direction (B) opposite to an ejection direction (A) to trigger the ejection movement when the energy storage device (4) is biased, and wherein a blocking element is provided for blocking the release movement of the lever (3) in the release direction (B) relative to the housing (2).Furthermore, a piece of furniture with such an ejection device is described.

The invention enables containers (6) to remain horizontally aligned on linear and curved paths through passive balancing and sequential guiding without the use of sensors or actuators. In the closed-loop configuration, pin (6.3) engages with the guide channel (4.7) via the entry mouth (4.7a); in multi-path transitions, pins (6.3, 6.3a) engage with the curved (4.8) and linear (4.9) channels. During normal operation, transport is contactless, while in oscillation scenarios, brief and controlled interaction occurs. The 45° corner chamfer (6.2) prevents edge snagging; symmetrical arrangement and compact turning radii provide collision-free high-volume efficiency. The system is modular and operates via manual indexing or optional motorized drive. Alignment marks on the static structure and the defined tolerance / measurement regime ensure repeatable precision positioning of the containers (6) and guides.