Patent Application
20150208535
(1) Field of the Invention
The invention relates to a waterproof structure, and more particularly to a waterproof container for accommodating a portable electronic device, wherein the waterproof container has a waterproof and resilient main structure, can effectively work in conjunction with the function key or jack of the portable electronic device, and can assist the user in directly operating the portable electronic device in the water.
(2) Description of the Prior Art
With the progress of the technology, the electronic industry has been gradually integrated into and is inseparable from the daily life of the human being in either the work information transmission or the daily message interaction or even the entertainment leisure in the life. The portable electronic devices, such as the frequently seen mobile devices including a smart phone, a tablet computer and the like, have become the media that are carried and used widely by the modern human being.
These portable electronic devices are precise electronic products. In order to ensure the performance and the lifetime, the product is usually avoided to contact the water as possible as it can so that the possibility of the water infiltration can be decreased. Thus, the product cannot be conveniently used in the water-rich environment, such as the seaside environment, the river tracing environment, the swimming pool environment, the rainy environment, the snowy environment or the self-rescue scourge environment. Thus, some waterproof shells applied to the portable electronic device have been available in the market. Each of most of the waterproof shells includes an upper housing and a lower housing combined together, and a simple waterproof structure (typically a gasket disposed in the gap between the combined housings) for covering the portable electronic device. However, such a waterproof shell only has the simple waterproof effect, but has no corresponding structure that enables the user to directly operate the portable electronic device from the outside of the housings, so that the requirement in use cannot be satisfied.
In order to enhance the convenience in use, there is provided a waterproof shell having a waterproof button disposed at a suitable position to assist the user in operating the function key on the circumference of the portable electronic device. In this waterproof shell with this structure, however, an individual waterproof structure has to be provided for each added waterproof button. So, the manufacturing processes are complicated, the production cost is increased, and the simplification of the manufacturing processes and the mass-production requirements cannot be satisfied. Furthermore, the waterproof shell with this structure has multiple independent waterproof structures, and tends to cause the individual seepy problem in the deeper water or when being used in the water for a long time due to different water pressures that may be withstood by different waterproof structures. Thus, the better waterproof effect cannot be achieved.
In view of the above-mentioned problems, the invention provides a waterproof container, which can overcome the conventional drawbacks, possess the convenience in use and operation, and further possess the higher anti-water-pressure capability. In addition, using the integrally formed waterproof resilient material to construct the frame structure can effectively simplify the manufacturing processes and decrease the manufacturing cost.
To achieve the above-identified object, the invention provides a waterproof container for accommodating a portable electronic device. The waterproof container includes a resilient frame, a first housing, a second housing and a plurality of screw members. The resilient frame is a polygonal ring, disposed at a horizontal position corresponding to the portable electronic device, and for surrounding a circumference of the portable electronic device. The first housing is disposed above the resilient frame and annularly formed with a first combining portion to be combined with a surface of the resilient frame, and has a plurality of first screwing portions. The second housing is disposed below the resilient frame, is annularly formed with a second combining portion, to be combined with a bottom surface of the resilient frame, and has a plurality of second screwing portions at positions corresponding to the first screwing portions. The screw members screw the corresponding first screwing portions to the corresponding second screwing portions, so that the first housing, the resilient frame and the second housing are combined together, a relative position between the first housing and the second housing is fixed, and the first housing and the second housing can tightly clamp the resilient frame to achieve a waterproof effect.
The top and bottom side surfaces of the resilient frame are tightly combined with the first housing and the second housing to form the strong waterproof property. In addition, the resilient frame mounted around the circumference of the portable electronic device can synchronously have the effects of effectively buffering the impact or press of the external force, and the protection effect can be obtained.
Preferably, the resilient frame further has at least one auxiliary button, which is projectingly formed with a button projection for pushing against a function key on the circumference of the portable electronic device at a position corresponding to an inner surface of the resilient frame. Thus, the user can directly press the auxiliary button from the outside to operate the portable electronic device and enhance the convenience in use.
Preferably, the resilient frame is further projectingly formed with at least one waterproof land surroundingly disposed on the surface or the bottom surface of the resilient frame in a continuous or discontinuous manner. Thus, according to the property of the resilient material of the resilient frame, when the resilient material is combined with the first housing and the second housing, the position of the waterproof land is pressed to form the waterproof structure with the higher density (or high stress), thereby effectively enhancing the ability of resisting the water pressure and the dual waterproof effect.
Preferably, a plurality of through holes is further formed between the surface and the bottom surface of the resilient frame, and the through holes, through which the screw members pass, correspond to the first screwing portions.
Preferably, the through holes are disposed on an outer side of the waterproof land. Thus, the waterproof land can avoid the possible seepage from the screw member, thereby achieving the optimum waterproof effect.
Preferably, the resilient frame may further have another waterproof land surrounding outer sides of the through holes so that the multiple waterproof barriers can be formed.
Preferably, the resilient frame further has a protection edge surroundingly disposed on an outer side of the resilient frame in a continuous or discontinuous manner. Thus, the circumferential impact force can be buffered to obtain the anti-collision effect.
Preferably, the surface of the resilient frame has a first limit structure, and a shape of the first combining portion relatively matches with the first limit structure. Thus, the first housing and the resilient frame may be combined more firmly, and it is possible to effectively prevent the problems that the resilient frame is pressed and deformed and generates the relative displacement.
Preferably, the first limit structure comprises a first limit slot formed between the protection edge and the surface of the resilient frame, and a convex edge or a concave edge of the resilient frame formed at a position corresponding to a function key or a jack on the circumference of the portable electronic device.
Preferably, the bottom surface of the resilient frame is formed with a second limit structure, and a shape of the second combining portion relatively matches with the second limit structure. Thus, the second housing and the resilient frame may be combined more firmly, and the problem of generating the relative displacement can be avoided.
Preferably, the second limit structure comprises a second limit slot formed between the protection edge and the bottom surface of the resilient frame, and the convex edge or the concave edge of the resilient frame formed at the position corresponding to the function key or the jack on the circumference of the portable electronic device.
Preferably, the waterproof container may further comprise at least one waterproof plug for closing an opening or a hole formed on the resilient frame at the position corresponding to the jack on the circumference of portable electronic device. Thus, the user only needs to open the waterproof plug to perform the functions of charging or using the jack without the complicated process of taking out the portable electronic device. More particularly, the user may also use the function of the jack in the water by inserting an insert plug combining with the waterproof plug, so that the convenience in use is significantly enhanced.
Preferably, each of the first limit structure and the second limit structure may further comprise a plurality of limit projections.
Preferably, the first housing further has a transparent panel, which is disposed at a position corresponding to a surface touch screen of the portable electronic device, and for covering the surface touch screen of the portable electronic device when the portable electronic device is accommodated.
Preferably, an inner surface of the resilient frame may be further upwardly or downwardly extended with a buffer pad to assist in fixing the horizontal position of the portable electronic device, to further enhance the ability of buffering the impact of the external force, and to achieve the better protection effect.
Preferably, an inner side of the second housing further has at least one resilient pad for pushing against a backside of the portable electronic device to assist in fixing the vertical position of the portable electronic device, so that the touch screen of the portable electronic device completely pushes against the transparent panel of the first housing and the user can operate the touch screen more smoothly.
Preferably, the downwardly extended buffer pad of the inner surface of the resilient frame may be further inwardly extended to form a resilient pad having top and bottom sides for pushing against a backside of the portable electronic device and the second housing, respectively. Thus, it is possible to assist in fixing the vertical position of the portable electronic device, so that the touch screen of the portable electronic device completely pushes against the transparent panel of the first housing and the user can operate the touch screen more smoothly.
Further aspects, objects, and desirable features of the invention will be better understood from the detailed description and drawings that follow in which various embodiments of the disclosed invention relating to two popular portable electronic devices are illustrated by way of examples.
a and 3b are enlarged partial views of
c is a schematic partial view showing the portion of an auxiliary button when a portable electronic device is accommodated within the first embodiment;
d is a schematic cross-sectional view taken along a line A-A of
a and 7b are enlarged partial views of
c is a schematic partial view showing an auxiliary button when the portable electronic device is accommodated within the second embodiment;
d is a schematic cross-sectional view taken along a line B-B of
At present, the most popular portable electronic devices include a tablet computer and a smart phone. This product (portable electronic device) may be operated through a touch screen, and has the auxiliary function key and jack, which are mostly disposed on the circumference of the portable electronic device. Thus, this invention provides an integrally formed waterproof resilient material mounted around the circumference of the portable electronic device to form an integral waterproof design and enhance the convenience in use. In the following, the tablet computer and the smart phone serve as embodiments to be described with reference to the accompanying drawings.
In this embodiment, after the first housing 3, the resilient frame 2 and the second housing 4 are combined together by the screw members 5, the inner sides thereof form a space capable of accommodating the portable electronic device 7. The first housing 3 is formed with a transparent panel 33 at the position corresponding to a surface touch screen 73 of the portable electronic device 7, while the inner surface of the second housing 4 is formed with at least one resilient pad 43. When the portable electronic device 7 is accommodated therein, the resilient pad 43 pushes against the backside of the portable electronic device 7, so that the surface touch screen 73 of the portable electronic device 7 may be in close contact with the transparent panel 33 of the first housing 3. Therefore, the user can press or touch the transparent panel 33 to operate the touch screen 73.
Referring to
A plurality of through holes 26 corresponding to the positions of the first screwing portions 32 or the second screwing portions 42 may also be formed between the surface and the bottom surface of the resilient frame 2 of this embodiment, so that the screw members 5 can pass through the through holes 26. Also, the outer side of the resilient frame 2 is projectingly formed with a protection edge 25 (see also
The surface or the bottom surface of the resilient frame 2 is formed with the structure of convex edge/concave edge 232, 242 at the position corresponding to the auxiliary button 22, the opening 271 or the hole 272. Thus, when the resilient frame 2 is combined with the first housing 3 and the second housing 4, the limiting effect can be generated. In addition, the surface and the bottom surface of the resilient frame 2 are formed with a first limit structure 23 and a second limit structure 24, respectively, and the shapes of the first combining portion 31 and the second combining portion 41 relatively match with those of the first limit structure 23 and the second limit structure 24, respectively. In addition to the above-mentioned structure of the convex edge/concave edge 232, 242, the first limit structure 23 and the second limit structure 24 of this embodiment further include the followings structures. The first limit structure 23 additionally includes a first limit slot 231 formed between the protection edge 25 and the surface of the resilient frame 2, and a plurality of limit projections 233 projectingly formed on the surface of the resilient frame 2. Similarly, the second limit structure 24 includes a second limit slot 241 formed between the protection edge 25 and the bottom surface of the resilient frame 2, and a plurality of limit projections 243 projectingly formed on the bottom surface of the resilient frame 2.
The surface or the bottom surface of the resilient frame 2 of this embodiment is further projectingly formed with a waterproof land 21, which may be surroundingly disposed on the surface or the bottom surface of the resilient frame 2 in a continuous or discontinuous manner so that the multiple better waterproof effects can be obtained. As shown in
The above-identified description relates to the aspect that the waterproof container 1 of the invention is applied to the portable electronic device (tablet computer) 7. In the following, another frequently seen aspect of the portable electronic device (smart phone) 7 will be described in the following.
As shown in
After the first housing 3, the resilient frame 2 and the second housing 4 are combined together by the screw members 5, the inner sides of the combination thereof form a space capable of accommodating the portable electronic device 7. The first housing 3 has a transparent panel 33 at the position corresponding to the surface touch screen 73 of the portable electronic device 7, while the inner surface of the resilient frame 2 is inwardly extended to form a resilient pad 281. When the portable electronic device 7 is accommodated therein, the resilient pad 281 is disposed between the backside of the portable electronic device 7 and the inner surface of the second housing 4. The resilient pad 281 pushing against the backside of the portable electronic device 7 and the second housing 4 makes the surface touch screen 73 of the portable electronic device 7 be able to be in close contact with the transparent panel 33 of the first housing 3, so that the user can press or touch the transparent panel 33 to operate the touch screen 73.
Referring to
A plurality of through holes 26, corresponding to the positions of the first screwing portions 32 or the second screwing portions 42, may also be formed between the surface and the bottom surface of the resilient frame 2 of the second embodiment, so that the screw members 5 can pass through the through holes 26. Also, the outer side of the resilient frame 2 is projectingly formed with a protection edge 25 (see also
The position of the surface or the bottom surface of the resilient frame 2 corresponding to the auxiliary button 22 or the hole 272 is formed with the structure of the convex edge/concave edge 232, 242. Accordingly, when the resilient frame 2 is combined with the first housing 3 and the second housing 4, the limiting effect can be generated. In addition, the surface and the bottom surface of the resilient frame 2 are formed with the first limit structure 23 and the second limit structure 24, respectively, and the shapes of the first combining portion 31 and the second combining portion 41 relatively match with those of the first limit structure 23 and the second limit structure 24, respectively. In addition to the structure of the convex edge/concave edge 232, 242, the first limit structure 23 and the second limit structure 24 of this embodiment additionally include the following structures. The first limit structure 23 additionally includes a first limit slot 231 formed between the protection edge 25 and the surface of the resilient frame 2, and a plurality of limit projections 233 projectingly formed on the surface of the resilient frame 2. Similarly, the second limit structure 24 includes a second limit slot 241 formed between the protection edge 25 and the bottom surface of the resilient frame 2, and a plurality of limit projections 243 projectingly formed on the bottom surface of the resilient frame 2.
Furthermore, the surface and the bottom surface of the resilient frame 2 are projectingly formed with waterproof lands 21, as shown in
To sum up, compared with the conventional waterproof container structure, the waterproof container of the invention indeed has the better pressure resisting property, and also has the effects of mass production integration and facilitating the convenience of the user operation. So, the invention as filed satisfies the novelty and the inventive step.
New characteristics and advantages of the invention covered by this document have been set forth in the foregoing description. It is to be expressly understood, however, that the drawings are for the purpose of illustration only and are not intended as a definition of the limits of the invention. Changes in methods, shapes, structures or devices may be made in details without exceeding the scope of the invention by those who are skilled in the art. The scope of the invention is, of course, defined in the language in which the appended claims are expressed.
