Patent CN111202297B

Updated November 5, 2026

Adjustable Smart Wearable Bluetooth Cap with Mounting Frame

Standard caps struggle to hold electronics without bulk or instability. This patent describes a cap with a built-in mounting frame where a movable plate slides on rails, locked by spring-loaded insertion rods. A separate locking nut secures the Bluetooth headset itself. Below the brim, an adjustable transparent shield extends the coverage area, fixed by a simple push-block and rubber-tip rod system.

  • China invention patent - in force
  • No filings outside China
  • Headwear & Electronics Integration
  • Spring-loaded adjustment, transparent visor
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - product render

🎧

Secure Headset Mount

A dedicated frame locks the Bluetooth headset using a threaded rod and clamping plates.

↔️

Sliding Adjustment

The headset holder moves along the frame, locked by spring-loaded insertion rods.

👁️

Adjustable Visor

A transparent shield extends from the brim, adjustable via a push-block mechanism.

🔒

Quick Release

Manual pull of the baffle releases the headset mount; pushing the block adjusts the visor.

🔥 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

Integrating electronic devices like Bluetooth headsets into standard caps often results in poor fit, unstable mounting, or bulky external attachments. Users cannot easily adjust the position of the device to match their ear shape or head size, leading to discomfort during extended wear. Furthermore, traditional caps offer limited protection against glare or wind for the eyes unless separate sunglasses are worn, which may not integrate well with the headset. There is a need for a headwear solution that securely holds electronics, allows positional adjustment without tools, and provides integrated, adjustable eye protection.

The solution

This patent describes a cap body equipped with a specialized mounting frame. Inside this frame, a movable plate carries the Bluetooth headset. The plate slides along internal grooves and is locked in position by insertion rods pushed by springs, allowing the user to adjust the headset’s left-right position manually. The headset itself is clamped between clamping plates secured by a locking nut on a threaded rod. At the lower edge of the cap, an annular shielding plate supports a transparent plastic plate. An inner shielding plate can be adjusted vertically relative to the outer ring using a push block and a fixing rod with an elastic rubber tip, providing customizable eye coverage.

Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent drawing - cap assembly
Patent figure 1 - Overview of the cap body and mounting frame.

Who it is for

  • Consumer electronics accessory brands seeking differentiated headwear that integrates audio devices securely.
  • Outdoor activity gear manufacturers needing hands-free communication solutions with added eye protection features.
  • Industrial safety suppliers looking for hard hat liners or cap accessories that accommodate radio headsets.
  • OEM/ODM partners producing custom-branded smart apparel with modular component designs.

How it works

The main parts

No.PartWhat it does
1Cap BodyMain structural element of the hat.
2Bluetooth HeadsetThe electronic device being mounted.
3Mounting FrameFixed to the cap; houses the adjustment mechanism.
5, 6Movable Plate & GrooveHolds the headset; slides within the frame.
8, 9, 10Springs, Push Plates, Insertion RodsLock the movable plate at chosen positions.
11, 14, 15Locking Nut, Threaded Rod, Clamping PlatesSecure the headset onto the movable plate.
22, 23, 24Annular Shield, Transparent Plate, Inner ShieldProvide adjustable eye/face protection.
25, 27, 28Fixing Rod, Push Block, Rubber BlockAdjust and lock the inner shield position.

Operating steps

  1. Headset Installation: Place the Bluetooth headset between the clamping plates on the movable plate. Rotate the locking nut to tighten the threaded rod, securing the headset.
  2. Positional Adjustment: Press the push plates inward to retract the insertion rods from the frame walls. Slide the movable plate to the desired position along the frame. Release the push plates; springs drive the rods back into the frame holes to lock the position.
  3. Visor Adjustment: Squeeze the elastic rubber block on the fixing rod to release it from the through-hole wall. Push the push block to move the inner shielding plate up or down. Re-insert the fixing rod into the new position hole to lock the shield.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent drawing - mounting frame detail
Patent figure 2 - Detail of the mounting frame and sliding mechanism.

Applications

Outdoor Sports and Cycling

Cyclists and runners benefit from the secure headset mount that stays stable during movement. The adjustable transparent shield helps reduce glare from sunlight or wind debris without obstructing vision when raised.

Commuting and Urban Use

Daily commuters can adjust the headset position for comfort over long periods. The integrated visor offers a discreet way to shield eyes from rain or low-angle sun while keeping both hands free for phone use or bags.

Industrial and Construction Sites

Workers requiring constant communication via two-way radios can use this cap design. The robust locking mechanism ensures the headset remains attached even in active environments, and the shield adds a layer of eye protection.

Gaming and Esports

Competitive gamers wearing headsets for hours need adjustable positioning to prevent ear fatigue. The sliding frame allows precise placement of the ear cups, improving comfort during extended sessions.

Where it is less suitable

  • Extreme Weather Exposure: The patent does not specify waterproofing or high-impact resistance for the visor or frame.
  • Heavy Audio Equipment: The clamping mechanism is designed for standard Bluetooth headsets, not large professional studio headphones.
  • Formal Attire: The visible mounting frame and mechanical components make this unsuitable for dress hats or formal settings.

Patent & Production

At a glance

Patent numberCN111202297B (application CN202010136716)
TypeChina invention patent (发明专利) - protects product method and structure
Original titleAn intelligent wearable Bluetooth cap convenient to adjust (一种便于调节的智能穿戴蓝牙帽子)
Patent ownerJunan County Baimawang Cap Industry Co ltd
InventorsCheng Qinghua, Zhang Hui, Cheng Li, Cheng Hongliang
Filing date2020-03-02
Grant date2022-08-30
Status (China)In Force - valid until at most 2040-03-02, subject to annual fee payments
Patent familyPublic record shows Chinese filings only - no US, European, Japanese, PCT or other filings listed
Cited by0 later documents
SourceGoogle Patents (search for CN111202297B)

What the claims cover, in plain language

Claim 1 defines a cap comprising a cap body, a Bluetooth headset, a mounting frame fixed to the body, and a locking mechanism. The frame contains a baffle and a movable plate. The movable plate has a containing groove with an intermediate block connected by springs to push plates. These push plates have insertion rods that engage the frame walls to lock the plate’s position. The locking mechanism uses a threaded rod with U-shaped plates and a locking nut to clamp the headset between clamping plates. The claim also details an annular shielding plate at the cap’s lower end, holding a transparent plastic plate and an adjustable shielding plate secured by a fixing mechanism.

Claims 2-7 add specific features: magic tape (hook and loop) for attaching the baffle, sliding rails (grooves and sliders) for the movable plate, insertion holes in the frame, and details of the fixing mechanism involving a fixing rod, push block, and elastic rubber block for adjusting the shielding plate. Claim 7 outlines the usage method.

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. The public record shows no US or other foreign counterpart. Therefore, making or selling this specific design in China requires the owner’s permission. For the US market, the absence of a US patent means this specific technical disclosure does not restrict manufacturing or sales in the United States.

Two points to settle early:

  • Other patents may exist. Wearable technology and headwear integration are competitive fields. While this specific mechanical arrangement appears unique to the Chinese filing, a freedom-to-operate (FTO) review is recommended to check for broader US patents covering Bluetooth-integrated caps or adjustable visor mechanisms.
  • Component Compatibility. The design relies on standard Bluetooth headsets fitting the clamping mechanism. Ensuring compatibility with common consumer headset sizes is critical for market acceptance.

Customization and manufacturing

What can be customized

AreaOptions
Cap MaterialCotton, polyester, nylon, or blended fabrics depending on target activity
Frame Color/FinishInjection-molded plastics can be color-matched to brand identity
Shield TypeClear, smoked, or polarized transparent plastic inserts
Headset FitDimensions of the clamping plates can be adjusted for different headset models
BrandingEmbroidery or heat-transfer logos on the cap body

Things to plan for (US market)

  • FCC Part 15: If the cap includes its own Bluetooth module (not just a mount), it must comply with FCC regulations for unintentional radiators. If it only mounts third-party devices, the device itself handles compliance.
  • California Prop 65: Plastics and dyes used in the frame and fabric must be screened for listed chemicals.
  • CPSC Safety Standards: General safety requirements for children’s products if marketed to minors (e.g., small parts, flammability).
  • ASTM F963: If sold as a toy or for children under 12, relevant safety standards apply.

How a project runs

  1. Inquiry - Define target demographic, material preferences, and quantity.
  2. Design Adaptation - Modify frame dimensions to fit specific headset models; select shield optics.
  3. Prototype - Create 3D-printed frames and sewn cap samples for fit testing.
  4. Pilot Run - Test durability of spring mechanisms and clarity of shields.
  5. Production - Injection molding for frames, sewing for cap bodies, assembly of hardware.

Quantities & timeline

Tooling for the injection-molded mounting frame and fixing components will dictate initial costs. Fabric cutting and sewing lines are standard. Lead times depend on mold fabrication and fabric sourcing. Send us your target materials, headset specifications, and volume estimates and we will reply with options.

Production notes

Tooling and process

Injection molding is likely required for the complex geometry of the mounting frame and movable plate. TPU or ABS plastics are typical choices for these structural components. Sewing and adhesive bonding will attach the frame to the cap body.

Cost drivers

The primary cost drivers are typically the steel tooling for the injection molds and the grade of fabric selected. Stitch density affects labor time, while the number of sizes impacts pattern grading complexity. Packaging design also contributes to unit cost.

Prototyping path

Prototyping typically starts with a sewn first sample using 3D-printed frame components to verify fit and function. Conduct a wear trial to test the spring-loaded adjustment mechanism. Proceed to fit grading across standard head sizes before finalizing production patterns.

What we would change before tooling

We might simplify the insertion rod engagement to reduce mold complexity. Testing alternative elastic materials for the rubber block could improve longevity. Reviewing the thread pitch on the locking nut ensures easier manual operation.

Common failure points

Seam slippage where the heavy frame attaches to the light fabric is a risk. Spring fatigue could lead to loose adjustments over time. Hardware corrosion may occur if metal threads are exposed to sweat. Wire routing issues might arise if users modify the setup.

Patent drawings

Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 1
Fig. 1 - Overall structure of the cap.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 2
Fig. 2 - Exploded view of the mounting frame.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 3
Fig. 3 - Cross-section of the adjustment mechanism.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 4
Fig. 4 - Detail of the locking nut and threaded rod.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 5
Fig. 5 - Structure of the shielding plate assembly.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 6
Fig. 6 - Fixing rod and push block mechanism.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 7
Fig. 7 - Alternative view of the frame interior.
Adjustable Smart Wearable Bluetooth Cap with Mounting Frame - Patent Fig. 8
Fig. 8 - Usage state of the adjustable shield.

Drawings reproduced from the public patent document for reference.

Frequently asked questions

Which Bluetooth headsets fit this cap?

The patent describes a generic clamping mechanism using a threaded rod and plates. It is designed to hold standard ear-cup style Bluetooth headsets. Specific compatibility depends on the dimensions of the containing groove and clamping plates, which can be customized in production to match popular headset models.

How do I adjust the headset position?

You press the push plates located on the sides of the mounting frame. This retracts the insertion rods from the frame walls, allowing the movable plate (which holds the headset) to slide left or right. When you release the push plates, springs automatically drive the rods back into place to lock the new position.

Is the visor removable?

The patent describes an inner shielding plate that slides within an outer transparent plastic plate. It is adjustable vertically but appears to be part of the integrated annular shielding structure rather than a fully detachable standalone lens. The entire assembly is fixed to the cap’s lower edge.

Does the cap have its own battery?

No. The patent focuses on the mechanical mounting and adjustment structure. It holds a Bluetooth headset but does not describe an internal battery, charging port, or electronic circuitry within the cap itself. You supply the headset.

Can I use it with prescription glasses?

The transparent plastic plate acts as a shield. Since the headset sits above the ears and the shield covers the face, users who wear glasses should try the prototype to ensure the temple arms of their glasses do not interfere with the headset clamps or the shield mechanism.

Is the material waterproof?

The patent mentions “transparent plastic” for the shield and various materials for the cap body. It does not specify waterproof ratings. Standard cap fabrics vary; production can select water-resistant materials if required for outdoor use.

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. This means the specific mechanical design described here does not restrict manufacturing or sales in the United States. However, we recommend a freedom-to-operate check to ensure no other broad US patents cover similar wearable tech integrations.

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 CN111202297B in the subject.

Helpful details to include:

  • Your company and channel (electronics brand, outdoor gear retailer, industrial supplier)
  • Target headset models (dimensions are critical for the clamp design)
  • Cap material preferences (cotton, synthetic, etc.)
  • Visor requirements (clear, tinted, polarized)
  • 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: Emily Zhang, Product Editor · IP2M

Last updated November 5, 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 CN111202297B, assigned to Junan County Baimawang Cap Industry Co ltd. 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.