Smart watch with waterproof structure
By introducing components such as main airbag, waterproof rubber layer and thickening layer into the waterproof ring structure of the smart watch, the problem of waterproof rubber falling off under impact is solved, and the effective waterproof effect is achieved in places such as water parks, and the waterproof stability is enhanced through the double-layer protective structure.
Patent Information
- Application Number
- CN202421603331.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-07-08
- Publication Date
- 2025-04-04
- Estimated Expiration
- 2034-07-08
AI Technical Summary
When existing smart watches with waterproof structures are in entertainment places such as water parks, waterproof rubber is easily impacted and fall off, resulting in poor waterproofing or loss of waterproofing effect.
The waterproof ring structure is adopted, including the main airbag, waterproof rubber layer, bottom limit layer, pressurized capsule, thickened layer, outer protective layer and main compression block. Through the moving effect of the air inside the main airbag when under pressure, the waterproof rubber layer is promoted to expand to close the gap, and through the inner extrusion of the thickened layer and the outer protective layer, the outer side of the extension layer is extended to form a double-layer protective structure.
When the water flow is affected, the waterproof rubber layer can effectively expand and close the gap, maintain a good waterproof effect, and prevent the rubber and the gap from loosening through the coordination of internal thrust and elastic structure, ensuring the stability of double-layer protection.
Smart Images
Figure CN222719806U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to the field of smart watches, and more specifically, especially relates to a smart watch with a waterproof structure. Background Art
[0002] Today's smart watches are becoming more and more versatile and can be called wearable small mobile phones. In order to make the use of smart watches more convenient, waterproof smart watches are available. They are mainly designed for use in underwater activities or humid environments, and users can use them normally in places with water.
[0003] Based on the above, the inventor of the present invention has found that the existing smart watches with waterproof structures mainly have the following shortcomings, such as:
[0004] The gap between the dial and the outer shell is separated by rubber to achieve a waterproof effect. However, when there are water spray guns and impactful water flows in entertainment venues such as water parks, the waterproof rubber is easily impacted and falls off, resulting in poor waterproof effect or even loss of waterproof effect.
[0005] Therefore, it is necessary to propose a smart watch with a waterproof structure. Utility Model Content
[0006] In order to solve the problem that the waterproof rubber of the above technology is easily impacted and falls off when there are water spray guns and water flow with impact force in entertainment places such as water parks, resulting in poor waterproof effect or even loss of waterproof effect.
[0007] The purpose and effect of the smart watch with waterproof structure of the utility model are achieved by the following specific technical means:
[0008] Its structure includes a connecting block, a smart watch, a watch strap, a buckle, and an adjustment port. The connecting block is installed on the outer surface of the smart watch. The watch strap is connected to the smart watch through the connecting block. The buckle can be inserted into the adjustment port. The buckle is connected to the end of the watch strap and can rotate. The adjustment port and the watch strap are an integrated structure.
[0009] The smart watch includes a main shell, a dial, and a waterproof ring. The main shell and the dial have the same center. The waterproof ring is attached between the main shell and the dial and has a circular ring structure.
[0010] The waterproof ring includes a main airbag, a waterproof rubber layer, and a bottom limit layer. The lower end of the waterproof rubber layer is in contact with the upper end of the main airbag, the waterproof ring is attached to the lower surface of the main airbag, the waterproof rubber layer is attached between the main outer shell and the dial, and the air inside the main airbag can move when subjected to force. The waterproof rubber layer is the outermost waterproof structure of the whole. The waterproof ring is in contact with the gap to play a waterproof role. The waterproof ring and the dial are located at the same center of the circle. The waterproof ring is made of rubber. The bottom limit layer limits the maximum range of movement of the whole. The main airbag is a deformable airbag.
[0011] As a further improvement of the present invention, the waterproof rubber layer includes a pressure bag, a thickening layer, an outer protective layer, and a main pressure block. The pressure bag is a symmetrical structure installed on both sides of the main pressure block. The outer protective layer is in contact with the thickening layer. The top of the main pressure block is fixed to the bottom of the thickening layer. The thickening layer and the outer protective layer are made of rubber. The main pressure block presses the force of the upper layer toward the lower end.
[0012] As a further improvement of the utility model, the pressure bag includes a soft strip, a segmented layer, a wrapping layer, an air groove, a pushing body, and a stress-bearing layer. The segmented layer is adhered between two soft strips, the stress-bearing layer is adhered between the soft strip and the wrapping layer and forms a space of the air groove, the pushing body is located inside the air groove and is in conflict with the stress-bearing layer, the pushing body is a shaped structure and has a certain elasticity. When pushed by an external force, the pushing body will push the conflicting part to stretch outward. The segmented layer can make the connecting part bend better, and the soft strip changes according to the changes in the internal space.
[0013] As a further improvement of the utility model, the main airbag includes a limiting layer, a partition, an extension bag, an extension layer, a force-bearing ball, an extension body, and an extrusion bag. The extension layer is connected to the limiting layer, the partition separates the space between the extension bag and the extrusion bag, the extension body is fixed to the force-bearing ball, the extension bag is a symmetrical structure and a force-bearing ball is installed between the two, and the force-bearing ball is mainly subjected to force to push the connecting part.
[0014] As a further improvement of the present invention, the extrusion bag-shaped structure can allow the airflow inside itself to move to both ends, the extension layer can extend outward through its own elasticity when subjected to force, the partition layer is made of rubber material, and plays a role in assisting deformation when subjected to force, and the limiting layer fixes the shape of the extrusion bag, allowing the gas inside it to move to both ends.
[0015] As a further improvement of the present invention, the extension layer includes a soft layer, a guide block, and a connecting layer. The soft layer is connected to the guide block at both ends. The connecting layer is attached to the outer surface of the guide block. The soft layer is a soft rubber layer, which can better follow the external force to play a deformation role.
[0016] As a further improvement of the present invention, the main pressure block includes an outer resistance layer, a support rod, an inner grid, a spring plate, and a hard block. The outer resistance layer is connected to the hard block, the support rod is fixed to the upper end of the hard block, the spring plate is attached to the inner side of the outer resistance layer, the support rod is located inside the inner grid, the spring plate is a V-shaped structure, and the spring plate itself has a certain elastic force, which supports the connecting part. When the connecting part loses its resistance force, it will be pushed open by elasticity.
[0017] Compared with the prior art, the utility model has the following beneficial effects:
[0018] 1. When impacted by water flow, the outer protective layer and thickening layer of the waterproof rubber layer will be squeezed inward by force, and the extension body will be pressed downward to the middle end of the extrusion bag. The air inside the extrusion bag will be squeezed to both ends, pushing the extension layer to stretch outward. When the extension layer extends outward, it will resist the stress layer of the pressure bag, so that the pressure bag can expand and seal the gap between the main shell and the dial. The reverse thrust of the main airbag will prevent the waterproof rubber layer from excessive internal pressure. When the outer waterproof layer is impacted, the inner waterproof layer will expand and top up to isolate it from the water outside, and support the outer waterproof layer, playing a double-layer protection role.
[0019] 2. The internal thrust of the waterproof rubber layer will be pushed inward by the support rod and the hard block, so that the pressure bag can continue to stick to the connection part. When the support rod sinks inward and tilts and deforms, the elasticity of the spring plate itself continues to push the outer resistance layer to resist the pressure bag. The indentation of the main body will not affect the spring plate to support the pressure bag outward, which consolidates the double-layer protective waterproof structure and prevents the rubber and gap from loosening. BRIEF DESCRIPTION OF THE DRAWINGS
[0020] Figure 1 The utility model is a schematic structural diagram of a smart watch with a waterproof structure.
[0021] Figure 2 The utility model is a schematic diagram of the internal structure of a three-dimensional cross section of a smart meter.
[0022] Figure 3 The utility model is a schematic diagram of the internal structure of a waterproof ring in a front view.
[0023] Figure 4 The utility model is a schematic diagram of the internal structure of a waterproof rubber layer in a front view.
[0024] Figure 5 The utility model is a schematic diagram of the internal structure of a pressure bag in a front view.
[0025] Figure 6 The utility model is a schematic diagram of the internal structure of a main airbag in a front view.
[0026] Figure 7 This is a schematic diagram of the internal structure of an extension layer of the utility model from the front view.
[0027] Figure 8 This is a schematic diagram of the internal structure of a main pressing block of the utility model from a front view.
[0028] In the figure: connecting block-1, smart watch-2, watch strap-3, buckle-4, adjustment port-5, main shell-01, dial-02, waterproof ring-03, main airbag-w1, waterproof rubber layer-w2, bottom limit layer-w3, pressure bag-g1, thickening layer-g2, outer protective layer-g3, main pressure block-g4, soft strip-51, segmented layer-52, wrapping layer-53, air groove-54, thrust body-55, force layer-56, limiting layer-x1, partition-x2, extension bag-x3, extension layer-x4, force ball-x5, extension body-x6, extrusion bag-x7, soft layer-001, guide block-002, connecting layer-003, outer resistance layer-s1, support rod-s2, inner grid-s3, spring plate-s4, hard block-s5. DETAILED DESCRIPTION
[0029] The utility model is further described below in conjunction with the accompanying drawings:
[0030] Embodiment 1:
[0031] As attached Figure 1 To Attachment Figure 7 As shown:
[0032] The utility model provides a smart watch with a waterproof structure, which structure includes a connecting block 1, a smart watch 2, a strap 3, a buckle 4, and an adjustment port 5. The connecting block 1 is installed on the outer surface of the smart watch 2, the strap 3 is connected to the smart watch 2 through the connecting block 1, the buckle 4 can be inserted into the adjustment port 5, the buckle 4 is connected to the end of the strap 3 and can rotate, and the adjustment port 5 and the strap 3 are an integrated structure.
[0033] The smart watch 2 includes a main housing 01, a dial 02, and a waterproof ring 03. The main housing 01 and the dial 02 are at the same center. The waterproof ring 03 is attached between the main housing 01 and the dial 02, and the waterproof ring 03 is a circular ring structure.
[0034] The waterproof ring 03 includes a main airbag w1, a waterproof rubber layer w2, and a bottom limit layer w3. The lower end of the waterproof rubber layer w2 is in contact with the upper end of the main airbag w1. The waterproof ring 03 is attached to the lower surface of the main airbag w1. The waterproof rubber layer w2 is attached between the main shell 01 and the dial 02. The air inside the main airbag w1 can move when subjected to force. The waterproof rubber layer w2 is the outermost waterproof structure of the whole. The waterproof ring 03 is in contact with the gap to play a waterproof role. The waterproof ring 03 and the dial 02 are located at the same center of the circle. The waterproof ring 03 is made of rubber. The bottom limit layer w3 limits the maximum range of movement of the whole. The main airbag w1 is a deformable airbag, and the waterproof rubber layer w2 mainly bears external forces.
[0035] Among them, the waterproof rubber layer w2 includes a pressure bag g1, a thickening layer g2, an outer protective layer g3, and a main pressure block g4. The pressure bag g1 is a symmetrical structure installed on both sides of the main pressure block g4. The outer protective layer g3 is in contact with the thickening layer g2. The top of the main pressure block g4 is fixed to the bottom of the thickening layer g2. The thickening layer g2 and the outer protective layer g3 are made of rubber. The main pressure block g4 presses the force of the upper layer toward the lower end, and the pressure bag g1 will stretch outward when subjected to force.
[0036] Among them, the pressure bag g1 includes a soft strip 51, a segmented layer 52, a wrapping layer 53, an air groove 54, a pushing body 55, and a stress layer 56. The segmented layer 52 is attached between the two soft strips 51, and the stress layer 56 is attached between the soft strip 51 and the wrapping layer 53 to form a space of the air groove 54. The pushing body 55 is located inside the air groove 54 and conflicts with the stress layer 56. The pushing body 55 is a V-shaped structure and has a certain elasticity. When pushed by an external force, it will push the conflicting part to stretch outward. The segmented layer 52 can make the connecting part bend better. The soft strip 51 changes according to the change of the internal space. The stress layer 56 plays a role of deformation and pushing when subjected to external force.
[0037] Among them, the main airbag w1 includes a limiting layer x1, a partition layer x2, an extension bag x3, an extension layer x4, a force-bearing ball x5, an extension body x6, and an extrusion bag x7. The extension layer x4 is connected to the limiting layer x1, the partition layer x2 separates the space between the extension bag x3 and the extrusion bag x7, the extension body x6 is fixed to the force-bearing ball x5, the extension bag x3 is a symmetrical structure and a force-bearing ball x5 is installed between them, the force-bearing ball x5 is mainly subjected to force to push the connecting part, and when the internal space of the extension bag x3 is squeezed, it will extend outward.
[0038] Among them, the U-shaped structure of the extrusion bag x7 can allow the airflow inside it to move to both ends, the extension layer x4 can extend outward through its own elasticity when subjected to force, the partition layer x2 is made of rubber material, and plays a role in assisting deformation when subjected to force, and the limiting layer x1 fixes the shape of the extrusion bag x7, allowing the gas inside it to move to both ends. When the gas inside the extension bag x3 moves outward, it will drive the extension layer x4 to stretch.
[0039] Among them, the extension layer x4 includes a soft layer 001, a guide block 002, and a connecting layer 003. The soft layer 001 is connected to the guide block 002 at both ends. The connecting layer 003 is attached to the outer surface of the guide block 002. The soft layer 001 is a soft rubber layer, which can better follow the external force to play a deformation role. The guide block 002 makes its connecting part extend in one direction.
[0040] The specific usage and function of this embodiment are as follows:
[0041] In the utility model, the user adjusts the adjustment opening 5 of the strap 3 through the buckle 4, so as to wear the smart watch 2 on the wrist. The main shell 01 of the smart watch 2 and the dial 02 are mainly waterproofed by the waterproof ring 03. When the waterproof ring 03 is not subjected to strong external force, the normal waterproof performance is no problem. If it is subjected to impact water flow, the outer protective layer g3 and the thickening layer g2 of the waterproof rubber layer w2 will be forced to be squeezed inward, and the main pressure block g4 will be forced to push the force-bearing ball x5 and the extension body x6 downward. When the whole is pressed down, the extrusion bag x7 will be limited by the limiting layer x1, and the extension body x6 is pressed downward to the middle end of the extrusion bag x7. The air inside the extrusion bag x7 will be squeezed to both ends, and the partition layer x2 will be forced to stretch into the extension bag x3. The internal space of the extension bag x3 is limited, which will push the extension layer x4 to extend outward. When the extension layer x4 extends outward, it will resist the stress layer 56 of the pressure bag g1. When the stress layer 56 is stressed, the space inside the air groove 54 is squeezed, which will push the soft strip 51 outward. The pushing body 55 connected to the stress layer 56 will support the extension of the soft strip 51 through its own elastic force. The segmented layer 52 assists the bending of the soft strip 51, so that the pressure bag g1 can expand and seal the gap between the main shell 01 and the dial 02. The reverse thrust of the main air bag w1 will prevent the waterproof rubber layer w2 from excessive internal pressure, so that when the waterproof rubber layer w2 is stressed and tilted inward, it will be pushed up by the inner main air bag w1, which plays an isolating role and supports the waterproof rubber layer w2.
[0042] Embodiment 2:
[0043] As attached Figure 8 As shown:
[0044] Among them, the main pressure block g4 includes an outer resistance layer s1, a support rod s2, an inner grid s3, a spring plate s4, and a hard block s5. The outer resistance layer s1 is connected to the hard block s5, the support rod s2 is fixed to the upper end of the hard block s5, the spring plate s4 is attached to the inner side of the outer resistance layer s1, the support rod s2 is located inside the inner grid s3, the spring plate s4 is a V-shaped structure, and the spring plate s4 itself has a certain elastic force, which supports the connecting part. When the connecting part loses the resistance force, it will be pushed away by elasticity. The hard block s5 is an arc-shaped structure, which is mainly used to push the resistance part.
[0045] The specific usage and function of this embodiment are as follows:
[0046] In the utility model, when the external water impact force impacts the waterproof rubber layer w2, the internal thrust of the waterproof rubber layer w2 will be pushed inward by the support rod s2 and the hard block s5, and the outer resistance layer s1 on both sides will resist and support the pressure bag g1. The elastic force of the spring plate s4 itself can enable the outer resistance layer s1 to continuously maintain the supporting force on the pressure bag g1, so that the pressure bag g1 can continue to stick to the connecting part. When the support rod s2 is sunken and tilted and deformed, the elasticity of the spring plate s4 itself will continue to push the outer resistance layer s1 to resist the pressure bag g1, so that the pressure bag g1 will not loosen with the sunken support rod s2. The spring plate s4 is in a compressed state when it is still as a whole, and the sunken main body will not affect the spring plate s4 from being pushed outward to support the pressure bag g1.
[0047] Utilizing the technical solution described in the utility model, or those skilled in the art designing similar technical solutions inspired by the technical solution of the utility model to achieve the above-mentioned technical effects, all fall within the protection scope of the utility model.
Claims
1. A smart watch with a waterproof structure, the structure of which comprises a connecting block (1), a smart watch (2), a watch strap (3), a buckle (4), and an adjustment port (5), wherein the connecting block (1) is mounted on the outer surface of the smart watch (2), the watch strap (3) is connected to the smart watch (2) through the connecting block (1), the buckle (4) can be inserted into the adjustment port (5), the buckle (4) is connected to the end of the watch strap (3) and can rotate, the adjustment port (5) and the watch strap (3) are an integrated structure, characterized in that: The smart watch (2) comprises a main housing (01), a dial (02), and a waterproof ring (03); the main housing (01) and the dial (02) are co-centered; the waterproof ring (03) is attached between the main housing (01) and the dial (02); and the waterproof ring (03) is a circular ring structure; The waterproof ring (03) includes a main airbag (w1), a waterproof rubber layer (w2), and a bottom limit layer (w3). The lower end of the waterproof rubber layer (w2) is in contact with the upper end of the main airbag (w1). The waterproof ring (03) is attached to the lower surface of the main airbag (w1). The waterproof rubber layer (w2) is attached between the main shell (01) and the dial (02). The air inside the main airbag (w1) can move when subjected to force. The waterproof rubber layer (w2) is the outermost waterproof structure of the whole.
2. A smart watch with a waterproof structure according to claim 1, characterized in that: The waterproof rubber layer (w2) includes a pressure bag (g1), a thickening layer (g2), an outer protective layer (g3), and a main pressure block (g4); the pressure bag (g1) is a symmetrical structure installed on both sides of the main pressure block (g4); the outer protective layer (g3) is in contact with the thickening layer (g2); the top of the main pressure block (g4) is fixed to the bottom of the thickening layer (g2); the thickening layer (g2) and the outer protective layer (g3) are made of rubber.
3. A smart watch with a waterproof structure according to claim 2, characterized in that: The pressure bag (g1) comprises a soft strip (51), a segmented layer (52), a wrapping layer (53), an air groove (54), a push body (55), and a stress-bearing layer (56); the segmented layer (52) is attached between two soft strips (51); the stress-bearing layer (56) is attached between the soft strip (51) and the wrapping layer (53) and forms a space of the air groove (54); the push body (55) is located inside the air groove (54) and in conflict with the stress-bearing layer (56).
4. The smart watch with a waterproof structure according to claim 1, characterized in that: The main airbag (w1) includes a limiting layer (x1), a partition layer (x2), an extension sac (x3), an extension layer (x4), a force-bearing ball (x5), an extension body (x6), and an extrusion sac (x7); the extension layer (x4) is connected to the limiting layer (x1); the partition layer (x2) separates the space between the extension sac (x3) and the extrusion sac (x7); the extension body (x6) is fixed to the force-bearing ball (x5); the extension sac (x3) is a symmetrical structure and a force-bearing ball (x5) is installed therebetween.
5. The smart watch with a waterproof structure according to claim 4, characterized in that: The U-shaped structure of the extrusion bag (x7) can allow the airflow inside it to move to both ends, and the extension layer (x4) can extend outward due to its own elasticity when subjected to force. The partition layer (x2) is made of rubber material and plays a role in assisting deformation when subjected to force.
6. The smart watch with a waterproof structure according to claim 4, characterized in that: The extension layer (x4) comprises a soft layer (001), a guide block (002), and a connecting layer (003); both ends of the soft layer (001) are connected to the guide block (002); and the connecting layer (003) is attached to the outer surface of the guide block (002).
7. The smart watch with a waterproof structure according to claim 2, characterized in that: The main pressure block (g4) includes an outer resistance layer (s1), a support rod (s2), an inner grid (s3), a spring plate (s4), and a hard block (s5); the outer resistance layer (s1) is connected to the hard block (s5); the support rod (s2) is fixed to the upper end of the hard block (s5); the spring plate (s4) is attached to the inner side of the outer resistance layer (s1); and the support rod (s2) is located inside the inner grid (s3).