Patent CN110313766B

Updated November 6, 2026

Automated Rotating Display Stand for Porcelain Bowls

Standard static shelves risk tipping fragile ceramics and offer limited viewing angles. Automated rotating displays provide 360-degree visibility but often lack proper securing mechanisms for irregular shapes. This design solves that by integrating a pneumatic lift with dual conveyor-driven rotation and multi-point clamping. The bowl is raised into view, held firmly by curved support plates, and rotated smoothly within a protective glass case. It ensures the item remains stable while offering customers a full look at the craftsmanship.

  • China invention patent - active
  • No filings outside China
  • Retail display & automation
  • Pneumatic cylinders, steel frames, acrylic/glass covers
Automated Rotating Display Stand for Porcelain Bowls - product render

🔄

Dual-belt rotation

Two conveyor belts driven by shafts rotate the display platform smoothly.

🛡️

Multi-point clamping

Curved plates and grooves hold the bowl securely during lift and turn.

⚙️

Pneumatic lift

Rodless and standard cylinders raise the bowl into the viewing zone.

🏗️

Integrated protection

Spring-loaded blocks on vertical plates act as fail-safe barriers.

🔥 Popularity – views

Bring this product to market

  1. ✓ Patent review Patent family and legal status reviewed in the relevant jurisdictions.
  2. 2 Product brief · now How it works, uses and options written up
  3. 3 Prototype First samples for buyers to review
  4. 4 Pilot run Small first batch for launch customers
  5. 5 Volume production Repeat orders at scale

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The problem

Retailers displaying high-value ceramics face two main challenges: visibility and security. Static shelves allow customers to see only one side of an ornate bowl, missing the detailed artwork on the back. While rotating platforms exist, they often rely on simple friction drives that can slip under load or vibrate excessively, causing fragile items to wobble or fall. Furthermore, many automated displays lack robust securing mechanisms for irregularly shaped objects like deep bowls. If the power cuts out or the motor stalls, there is no physical backup to keep the item centered. This risk limits the use of automated rotators for premium products where breakage would result in significant financial loss and brand damage.

The solution

The patent describes a display stand that integrates lifting, rotation, and clamping into a single enclosed unit. The core structure consists of a casing with a glass cover on top. Inside, a lifting plate holds the exhibition device. This plate is moved vertically by a first rodless cylinder supported by four first cylinders. For rotation, a driving piece turns a first transmission shaft, which connects via rollers and a first conveyor belt to a second transmission shaft. A second conveyor belt runs parallel to the first, both attached to vertical plates that carry the clamping assemblies. The exhibition device itself uses multiple support plates with curved surfaces and inclined grooves to cradle the bowl. Additional protection devices on the vertical plates include sliding blocks and springs that engage if the bowl shifts laterally.

Automated Rotating Display Stand for Porcelain Bowls - Patent drawing - overall structure
Fig. 1 - Overview of the display stand casing and internal layout.

Who it is for

  • Specialty ceramics retailers who need to showcase intricate patterns on all sides of expensive bowls without manual handling risks.
  • Museum gift shops and cultural centers displaying replica artifacts where static views limit customer engagement and sales conversion.
  • High-end home decor brands using interactive displays in flagship stores to demonstrate product quality and craftsmanship dynamically.
  • Trade show exhibitors requiring self-contained, automated units that draw attention to specific hero products amidst busy booth traffic.

How it works

The main parts

No.PartWhat it does
1CasingMain body housing the mechanism and supporting the glass cover.
2, 3Lift CylindersRodless and standard cylinders that raise the display platform.
4Lifting PlateBase surface carrying the bowl and clamping devices.
6, 7Transmission ShaftsDrive the rotation system; connected by belts.
9, 210Conveyor BeltsTransfer motion from shafts to the vertical plates.
11, 12Vertical PlatesMounting surfaces for clamps and protection devices.
20, 21Support PlatesHold the bowl; feature curved arcs and grooves.
22, 28Arc PlatesCurved surfaces that cradle the bowl’s rim and base.
13, 14, 15Secondary LiftAdjusts the height/position of the third clamping assembly.

Operating steps

  1. Placement: The bowl is placed onto the lifting plate, nestled between the first and second support plates.
  2. Clamping: The arc-shaped plates and inclined grooves align with the bowl’s curvature, securing it laterally.
  3. Lifting: The first rodless cylinder activates, raising the entire assembly into the visible space under the glass cover.
  4. Rotation: The driving piece rotates the first transmission shaft. Through the first conveyor belt, this motion turns the second shaft and the associated vertical plates, causing the bowl to spin.
  5. Safety Engagement: If lateral shift occurs, the spring-loaded protection blocks on the vertical plates engage to prevent dropping.
Automated Rotating Display Stand for Porcelain Bowls - Patent drawing - clamping mechanism
Fig. 3 - Detail of the support plates and arc-shaped clamping elements.

Applications

Luxury porcelain boutiques

Customers can view the complete pattern of a blue-and-white bowl without touching it, increasing perceived value and reducing handling damage.

Cultural heritage exhibitions

Museums can display replica artifacts with dynamic rotation, allowing visitors to appreciate historical craftsmanship details from every angle automatically.

High-end hotel lobbies

Decorative displays in reception areas benefit from silent, smooth rotation that draws guests’ eyes to featured artisanal pieces without constant staff intervention.

Trade show booths

Exhibitors use these stands to highlight new ceramic designs, ensuring the product is always facing the flow of foot traffic for maximum visibility.

Where it is less suitable

  • Extremely heavy stone vessels - The pneumatic lift capacity is designed for typical porcelain weights; heavier materials may require industrial-grade hydraulics.
  • Non-circular irregular shapes - The clamping geometry relies on curved support plates; angular or highly asymmetric items may not fit securely.
  • Outdoor environments - The electrical components and glass casing are not described as weather-sealed, making them unsuitable for exterior use.

Patent & Production

At a glance

Patent numberCN110313766B (application CN201910735151)
TypeChina invention patent (发明专利) - protects technical solutions including methods and structures
Original titleDisplay stand for showing blue and white porcelain bowl (一种展示青花瓷碗的展示台)
Patent ownerChen Haiyan
InventorsYu Shuifu
Filing date2019-08-09
Grant date2020-12-18
Status (China)In force - valid until at most 2039-08-09, provided annual fees are paid
Patent familyPublic record shows Chinese filings only - no US, European, Japanese, PCT or other filings listed
Cited by0 later documents
SourceGoogle Patents (search for CN110313766B)

What the claims cover, in plain language

Claim 1 defines a display stand comprising a casing with a glass cover. Inside, a lifting plate is raised by a first rodless cylinder and four first cylinders. An exhibition device sits on the plate. Rotation is achieved via a driving piece connected to a first transmission shaft, linked by a first conveyor belt to a second transmission shaft. Vertical plates attached to these belts carry clamping devices. Protection devices are mounted on the vertical plates. The clamping system uses support plates with curved arcs and inclined grooves to secure the bowl. Secondary cylinders adjust a third clamping assembly.

Claim 2 specifies the exhibition device includes first and second support plates with penetrating clamping grooves. Arc-shaped plates are fixed to the front and rear ends of the support plates, featuring inner inclined grooves to guide the bowl.

Claims 3-5 detail additional moving plates and third support plates with further clamping grooves and arc plates, creating a multi-stage securing mechanism for the bowl’s position.

Claims 6-9 describe the protection devices, which include a moving space in the vertical plate, a sliding plate with extension springs, and limiting blocks with straight plates and lifting springs that engage to prevent lateral displacement.

This is a simplified reading for orientation only. The legal scope is defined by the exact claim wording in the official Chinese document.

What this means for US production

This patent was filed in China and is currently in force. Making or selling this specific design in China requires the owner’s permission. The public record shows no US or other foreign counterpart.

Two points to settle early:

  • Other patents may exist. Retail display automation and pneumatic lifting mechanisms are broad fields with numerous existing patents in the US and Europe. A freedom-to-operate (FTO) review is necessary to ensure your implementation does not infringe on prior art regarding belt-driven rotations or safety interlocks.
  • Component sourcing. The design relies on specific pneumatic cylinders and custom-machined clamping plates. Ensure suppliers for these components do not impose their own IP restrictions on the assembled unit.

Customization and manufacturing

What can be customized

AreaOptions
DimensionsCasing size and glass cover height adjusted for different bowl diameters
Drive SystemMotor speed and torque settings for smooth vs. fast rotation
Clamping GeometryArc plate curvature modified for square or rectangular items
FinishPowder coating colors for the metal frame; brushed aluminum accents
Control InterfaceAdd touch buttons, remote control, or app-based timing schedules
LightingIntegrated LED strips inside the glass cover for better visibility

Things to plan for (US market)

  • UL 507 / NEC - Electrical safety standards for motors and wiring in commercial equipment.
  • OSHA Machine Guarding - Moving parts like belts and shafts must be enclosed to prevent pinch points.
  • ADA Compliance - If used in public spaces, controls and display heights should meet accessibility guidelines.
  • California Prop 65 - Screening for chemicals in coatings, plastics, and electrical components.

How a project runs

  1. Inquiry - Define bowl size range, desired rotation speed, and aesthetic preferences.
  2. Design - CAD modeling of the lift mechanism, belt routing, and clamping fixtures.
  3. Prototype - Build a functional model to test lift stability and rotation smoothness.
  4. Pilot run - Assemble small batch, conduct endurance testing on cylinders and belts.
  5. Production - Fabricate sheet metal, machine shafts, mold plastic clamps, assemble pneumatics.

Quantities & timeline

Sheet metal fabrication and machining of transmission shafts require precision tooling. Injection molds for the clamping plates and vertical protectors add upfront cost. Pneumatic component integration needs careful alignment. Development time focuses on tuning the lift synchronization and ensuring the protection springs activate correctly. Send us your dimensions, load requirements, finish, features, quantity and target price and we will reply with options.

Production notes

Tooling and process

The structural frame likely requires sheet metal fabrication for the casing and supports. Transmission shafts and rollers are typically made from steel or aluminum stock. Clamping plates and protection covers usually involve injection molding or acrylic forming depending on material choice. Assembly involves screws and rivets for permanent joints, with slot-fit for modular clamp adjustments.

Cost drivers

Sheet thickness typically affects the rigidity and weight of the casing. Surface finish quality impacts aesthetics and corrosion resistance. The number of parts in the clamping and protection systems increases assembly time and inventory complexity. Packaging volume is critical due to the large footprint of the glass cover and frame.

Prototyping path

Typically, start with a 3D model and load check to verify cylinder capacity. Create a cut and bent sample of the main frame to test fitment. Perform a load test with weighted dummy bowls to check stability during rotation. Conduct a flat-pack trial if shipping efficiency is prioritized. Finalize with tooling for mass production parts.

What we would change before tooling

We would likely simplify the shaft and bearing alignment tolerances to reduce assembly errors. Consider replacing some spring fatigue prone components with harder materials. Review the wall thickness and joint design of the acrylic cover to prevent acrylic cracking during thermal expansion.

Common failure points

Insufficient load capacity is a risk if cylinders are undersized for the glass and bowl weight. Tipping is a likely risk if the center of gravity shifts during rotation. Coating scratches from improper handling of sheet metal. Motor mount cracking due to vibration resonance.

Patent drawings

Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 1
Fig. 1 - Overall structure of the display stand.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 2
Fig. 2 - Internal layout of the lifting and drive mechanism.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 3
Fig. 3 - Detail of the exhibition device and support plates.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 4
Fig. 4 - Structure of the first clamping assembly.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 5
Fig. 5 - Structure of the second clamping assembly.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 6
Fig. 6 - Protection device on the vertical plate.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 7
Fig. 7 - Sliding block and spring mechanism detail.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 8
Fig. 8 - Inclined groove and limiting block structure.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 9
Fig. 9 - Third clamping assembly adjustment mechanism.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 10
Fig. 10 - Belt transmission connection detail.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 11
Fig. 11 - Cross-section of the casing interior.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 12
Fig. 12 - Exploded view of the lifting plate assembly.
Automated Rotating Display Stand for Porcelain Bowls - Patent Fig. 13
Fig. 13 - Side view of the protection device engagement.

Drawings reproduced from the public patent document for reference.

Frequently asked questions

How does the bowl stay secure during rotation?

The design uses multiple clamping devices with curved arc plates and inclined grooves. These features cradle the bowl’s shape, holding it firmly in place even when the platform lifts or spins.

Can it handle different bowl sizes?

Yes. The clamping plates and vertical protection devices are adjustable. You can customize the spacing and curvature of the support plates to fit various diameters and depths of porcelain bowls.

Is the noise level low enough for retail stores?

The patent describes a belt-driven rotation system. Belts generally operate more quietly than gears. Noise levels depend on motor selection and frame damping, which can be tuned during the design phase.

What happens if the power goes out?

The protection devices include spring-loaded blocks. While the primary function is to stop lateral shifting during operation, the mechanical clamps physically hold the bowl, preventing it from falling immediately upon power loss.

Can I add lighting inside the case?

Yes. The glass cover provides ample space for integrated LED strips. Lighting enhances the visibility of the porcelain details and attracts customer attention.

How much weight can the lift handle?

The patent does not specify a maximum load rating. Capacity depends on the selected pneumatic cylinders and structural strength of the lifting plate, which are determined during engineering design.

Can this design be made and sold in the US?

The patent is in force in China, but the public record shows no US counterpart. Therefore, it does not restrict manufacturing or selling this design in the United States. However, you should still perform a freedom-to-operate search to ensure no other US patents cover similar automated display mechanisms.

Are you affiliated with the patent owner?

No. IP2M is an independent design and manufacturing service working from the public patent document.

Request a quote

Click Request a Quote below to see our email address - copy it, or open your email app with a ready-made message. Please mention patent CN110313766B in the subject.

Helpful details to include:

  • Your company and channel (ceramics retailer, museum shop, trade show organizer)
  • Bowl dimensions (diameter and height range) to be displayed
  • Desired rotation speed and lift height
  • Finish preferences for the metal frame and glass cover
  • Estimated quantity and target price
  • Timeline - when you would like samples and the first shipment

You can also reach us at (332) 203-9997.

Page editor: Daniel Chen, Product Research Editor · IP2M

Last updated November 6, 2026. If something on this page looks wrong, email [email protected] and we will check it against the patent.

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This page is based on the public patent document CN110313766B, assigned to Chen Haiyan. IP2M is an independent manufacturing service and is not affiliated with, endorsed by or licensed by the patent owner. Images marked as concept renderings are illustrations, not photos of an existing product. Patent status information is provided for reference only and is not legal advice; confirm freedom to operate for your market before production. Full disclaimer.