Impact-Resistant Phone Cases

An anti-fall mobile phone case that provides improved drop protection and scratch resistance compared to existing cases. The case has transparent anti-slip pads inside the back panel and TPE pads inside the side frames. This prevents the phone from sliding out of the case and also protects the phone screen from scratches. The case also has protruding anti-slip blocks on the bottom corners of the side frames to further prevent drops.

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Mobile phone case that provides improved drop protection and heat dissipation. The case has features like L-shaped corner protectors, movable bumpers, anti-slip strips, heat dissipation ports, and dust covers. The corner protectors prevent damage when the phone falls. The movable bumpers absorb impact forces. The anti-slip strips improve grip and prevent slipping. The heat dissipation ports allow airflow between the case and phone to cool the phone. The dust covers prevent debris from entering the case.

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Foldable phone case with improved protection for foldable phones. The case has a main case, an inner protection mechanism, and a folding reinforcement mechanism. The inner protection mechanism is in the main case and has layers like an inner shell plate, silica gel shell, placement groove, fiberglass layer, and cushion layer. The silica gel shell surrounds the inner shell plate and has a groove on one side with a fiberglass layer inside. This inner protection provides better shock absorption and drop protection for the foldable phone inside the case. The folding reinforcement mechanism in the main case middle helps prevent creasing and damage to the folding mechanism.

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Mobile phone case with reinforced corners to prevent falls. The case has a four-corner anti-fall mechanism around the perimeter. Inside the case, there is a removable embedded mechanism with a rubber cover and an inserted rubber plate. The embedded mechanism slides into the case and the corners. The four-corner anti-fall mechanism attaches to the front end of the embedded mechanism. It contains a rubber block and air cushion bubble. This reinforced corner design provides improved protection against dropping and impacts compared to regular cases.

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An anti-fall mobile phone case design with improved drop protection and screen film compatibility. The case has a housing, upper edge, outer edge, and internal reinforcing ribs. The upper edge is parallel to the inner bottom of the housing. The outer edge is inclined and contacts the housing side. The reinforcing ribs are inside the case and have a shorter height than the housing side. This configuration prevents the upper edge from squeezing the screen film when the case deforms during drops, reducing film damage. The inclined outer edge helps prevent the case from fully contacting the film. The shorter rib height allows better film compatibility compared to taller ribs.

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Mobile phone case with improved drop protection by using internal buffer strips and external corner guards. The case has a frame around the phone with protruding corner guards. Inside the frame, there are multiple internal buffer strips on the walls. When the phone falls, the impact energy is absorbed by the internal strips and corner guards to prevent damage.

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A mobile phone design that provides improved drop and shock resistance. The phone has a protective shell with limit blocks that slide in grooves on the phone body. The shell also has magnetic blocks that attach to steel sheets on the phone body. Rubber blocks inside the shell absorb impacts. The corners of the phone body have rubber bumpers. This setup provides multiple layers of cushioning and limiting motion to prevent damage when dropped.

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Frameless mobile phone case with improved drop protection by embedding flexible buffers into the phone's existing mounting grooves. The case has a hard shell with protective sheets on the top and bottom. The phone sits in the groove formed by the shell and sheets. The flexible buffers consist of connected strips that are inserted into the phone's groove. This provides cushioning around the phone's edges without a separate frame.

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Anti-fall mobile phone case with improved protection for larger, heavier phones that mitigates impact forces when dropped. The case has a housing with a long groove that forms a closed space. Buffering particles fill this space. An anti-collision strip with a tab fits into the groove to close the space. The strip protrudes from the housing side. This configuration provides energy absorption and impact resistance for the corners without adding bulk. The strip and particles protect against corner impacts, while the closed space of particles absorbs rear impacts.

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Mobile phone case with improved shock absorption to prevent damage when dropped. The case has a TPU frame with recessed airbag cavities at the corners. These cavities contain protruding shock-absorbing patterns inside. The TPU frame connects to a PC back shell enclosing the phone. This provides a combined case with integrated shock absorption. The recessed airbags and protruding shock-absorbing patterns inside cushion the phone corners when dropped, preventing direct impacts.

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An anti-fall mobile phone case with improved drop protection compared to conventional cases. The case has elastic anti-fall pieces at the corners that match the bending arcs of the phone case. These elastic corners protect the phone from impacts. Limiting grooves on the case corners hold protrusions from the elastic pieces. This stable assembly prevents the elastic pieces from detaching while still allowing them to deform and absorb impacts.

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Rechargeable anti-drop phone case with improved protection and drop resistance compared to traditional cases with integrated power banks. The case has a detachable back box with a power bank attached. This allows the main phone case to be made of rubber for better drop protection. The back box has cushioning and elastic elements to absorb impacts. The power bank is separated from the phone to prevent damage from falls. The case also has side protection with springs and sponges to cushion impacts.

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This is a mobile phone shell design with a camera protection mechanism. The shell has a sliding camera cover that can be retracted to protect the camera lens from scratches and impact when not in use. The cover slides along slots with bumps on the shell to lock in place.

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Mobile phone case with integrated cushioning to protect the phone from drops. The case has rubber strips fixed to the inside bottom plate and protruding bumps on the outside facing away from the phone. The bumps provide cushioning when the phone falls onto a surface. Multiple bumps are spaced apart to prevent contact between the phone and surface. This allows the phone to drop without direct impact on the screen or components.

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Mobile phone case with internal and external anti-drop features to provide better protection against drops. The case has a composite board with raised edges and a fixed side panel. The inside of the side panel has an anti-drop inner pad, and the outside has an anti-drop outer pad. This provides drop protection from both directions. The composite board also has buttons covered by transparent colored plastic.

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A drop-proof mobile phone case with features to protect the phone from falls. The case has a shell with a bottom slot and symmetrical notches. Inside the case, at each corner, there is a spring, baffle, and circular groove. The spring compresses against the phone, the baffle surrounds the spring, and the groove holds the spring. This setup allows the phone to be securely held in place and cushioned by the springs if the case is dropped. Rubber corners further absorb impacts.

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Drop-resistant mobile phone case with internal cushioning to protect the phone from falls. The case has an anti-fall plate on the back surface with an internal anti-collision cushion fixed to the plate. It also has a sliding long bar in a groove on the right side. When the phone falls, the bar slides into the groove to compress the cushion and absorb impact. The case also has an inner first airbag fixed to the anti-fall plate that expands on impact to further cushion the phone.

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A reinforced mobile phone case that provides improved drop protection, heat dissipation, and button access compared to conventional cases. The case has a plastic shell with embedded tempered glass, an elastic buffer inside, and an airbag plate on the sides. A movable heat dissipation component inside the shell connects to a second heat dissipation hole. This setup reduces shock and vibration to the phone, allows better heat dissipation, and prevents button mispresses due to the airbag and buffer.

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A four-corner anti-collision mobile phone protective case with corner protection and shock absorption. The case has a two-piece design with a first and second protective shell that fit around the corners of the phone. Each corner of the shells has a protective structure inside. Heat sinks are installed on the inner surfaces of the shells. Mounting grooves are provided on the back sides and elastic connecting strips are installed inside them. This provides corner protection and shock absorption to prevent damage when the phone is dropped. The case has a slim profile with a total thickness of less than 5mm to avoid bulkiness.

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Four-corner airbag anti-drop mobile phone case that provides better protection against falls compared to regular cases. The case has integrated airbags at the corners that cushion and absorb impact when the phone drops. The airbags have a wrap around the corners and enclose a cavity with upper and lower openings. This allows the airbags to deform and absorb impact at the vulnerable corners without detaching. Reinforcement structures inside support the airbags for better cushioning.

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