Single mobile phone reverse buckle stand-alone signal shielding box

Abstract

The present invention relates to a single mobile phone reverse buckle type single machine signal shielding box, characterized in that two straight deep shells (referred to as large and small shells) are buckled inside and outside, one large and one small, each with an open end and a bottom, and each with a net depth close to or exceeding the full length of the mobile phone body, and can cover the whole body of a single mobile phone and its waterproof bag after being reversed to the bottom, and the gap between the large and small shells is soaked in water or wetted by water to form a mobile phone signal shielding box; the large shell outside the mobile phone can cover the whole body of the small shell outside the mobile phone, and the small shell outside the mobile phone can cover the whole body of the single mobile phone and its waterproof bag. The present invention is not an analog signal jammer (unplugged); the present invention is voluntarily shielded by the owner (privacy first); the present invention can shield personal mobile phone "illegal tracking and positioning" as much as possible; the present invention can prevent the mobile phone from being illegally controlled remotely or sniffed in close proximity (preventing secret recording, sneak shooting and stealing secrets) as much as possible during the shielding period. The present invention is mostly a beautiful and durable metal shell.

Description

Technical Field

[0001] The present invention relates to a single mobile phone reverse buckle type single machine signal shielding box, characterized in that two straight deep shells (referred to as large and small shells) are buckled inside and outside, one large and one small, each with an open end and a bottom, and each with a net depth close to or exceeding the full length of the mobile phone body, and can cover the whole body of a single mobile phone and its waterproof bag after being reversed to the bottom, and the gap between the large and small shells is soaked in water or wetted by water to form a mobile phone signal shielding box; the large shell outside the mobile phone can cover the whole body of the small shell outside the mobile phone, and the small shell outside the mobile phone can cover the whole body of the single mobile phone and its waterproof bag. The present invention is not an analog signal jammer (unplugged); the present invention is voluntarily shielded by the owner (privacy first); the present invention can shield personal mobile phone "illegal tracking and positioning" as much as possible; the present invention can prevent the mobile phone from being illegally controlled remotely or sniffed in close proximity (preventing secret recording, sneak shooting and stealing secrets) as much as possible during the shielding period. The present invention is mostly a beautiful and durable metal shell. Technical Background

[0002] Under natural conditions, the reason why mobile phone signals are weak in valleys and underground tunnels is often because the radiation waves of mobile phone signals generally go straight and do not turn (the signal attenuates every time it turns). This reminds us that using the "positive and negative case mode" and "water immersion mode" to hide the mobile phone can artificially create curves and shield the mobile phone signal.

[0003] It is reported that existing smartphones still send out positioning signals when they are in shutdown mode (fake shutdown), which gives a very small number of criminals an opportunity to take advantage.

[0004] The original intention of humans to invent smartphones was not for positioning and tracking, but the backdoors or loopholes hidden in smartphones are constantly backfiring on humans themselves. There is an urgent need to fundamentally plug the Snowden-style century loophole, so this invention came into being.

[0005] Existing analog signal jammers need to be plugged in to transmit interference signals, and are often complex, bulky, or inconvenient in structure.

[0006] The existing leather bag type mobile phone signal jammer does not support the water immersion mode and the full body of the mobile phone inverted mode, so the shielding effect is poor.

[0007] Existing analog signal jammers are not designed to target a single mobile phone, but all mobile phones in a single scene or a specific scene (such as an examination room or a conference room). This indiscriminate shielding method is not suitable for all scenes and all mobile phones (it cannot be popularized), so its scope of application is greatly reduced (its biggest disadvantage is that it is easy to infringe on the legitimate rights and interests of unrelated mobile phone users, and those that should not be blocked are also blocked. For example, an urgent order was delayed for several hours and then fell through because the shielding method is too poorly targeted, cannot be different for different people, cannot be voluntary, and cannot be known for sure). Summary of the invention

[0008] The present invention is a single-cell phone reverse buckle type single-unit signal shielding box, and its specific technical scheme is that two straight deep-mouth shells (referred to as large and small shells) are respectively opened at one end and bottomed at the other end, and each has a net depth close to or exceeding the full length of the mobile phone body, and are reverse buckled to the bottom inside and outside each other to cover the whole body of the single mobile phone and the fully enclosed sealed waterproof bag outside the mobile phone (equivalent to completely hiding the mobile phone and the waterproof bag containing the mobile phone with the reverse buckled large and small deep-mouth shells), and the large and small shells outside the waterproof bag, especially the gap between the shells, are soaked in water or wetted by water to form a mobile phone signal shielding box. Box; the large outer shell of the mobile phone can fully cover the small outer shell of the mobile phone (that is, the mouth of the small shell should be as close to the bottom of the large shell as possible), and the small outer shell of the mobile phone can fully cover the single mobile phone and its waterproof bag. The large shell allows for larger and more layers of spare shells to be buckled in order to enhance the mobile phone signal shielding effect. Even when there are enough buckled layers or when the shell is thick enough or when the gap between the shells adopts a precision-grade seamless design, it can not only greatly enhance the mobile phone signal shielding effect, but it is also very likely that the mobile phone waterproof bag and the water shielding outside the bag will no longer need to be used (that is, water and waterproofing will no longer be unnecessary). The fully enclosed sealed waterproof bag is generally a commercially available reusable plastic waterproof bag (or self-sealing plastic bag) with a sealing plastic strip and a sealing plastic groove, which can be opened and sealed immediately. Its function is to prevent the mobile phone from accidentally entering water when the water outside the bag is used as a signal shielding auxiliary medium.

[0009] In the scheme, the large and small shells can be called inner and outer shells, that is, the large shell is on the outside and the small shell is on the inside, and both are located outside the single mobile phone and its waterproof bag.

[0010] In the solution, the straight reverse buckle mode can not only increase the signal shielding curve, but also make it easier to take the mobile phone.

[0011] In the scheme, the "backward buckle to the bottom" and the "full body cover" have the same meaning, which means that the mouth of the cover is just close to the two ends of the mobile phone (or near the two ends) after the back buckle touches the bottom or back buckles to the end. In other words, if the large shell case is regarded as the cover of the small shell case, then this cover is a full-depth cover or a full-body cover rather than a semi-shallow cover or a half-body cover (that is, this cover should cover from the head to the tail of the mobile phone as much as possible).

[0012] The present invention can be designed as a metal steel sleeve (such as a thick-walled steel sleeve or a thin-shell steel sleeve), which is not only beautiful and durable, but also can enhance the wave absorbing effect.

[0013] The shell of the present invention can be made of magnetic material or wave-absorbing material or material coating (in general, metal materials have better wave-absorbing performance than non-metal materials, and ordinary 304 stainless steel is preferably recommended) to enhance the signal shielding effect.

[0014] The shell case described in the present invention can be of either a hard shell case design or a soft shell case design, because once the soft shell case is put on the mobile phone, it will also "feel hard" (almost equivalent to a hard shell case); in addition, the soft shell case design may be cheaper or more convenient to store, but the hard shell case design may appear more high-end, especially more durable and more convenient to take the mobile phone, so the present invention preferably recommends the use of a hard shell case (such as a 304 stainless steel straight shell case).

[0015] The shell case of the present invention can be used to protect the mobile phone from rain, dust, collision and scratches in some scenarios, thereby extending the service life of the mobile phone in disguise. For example, the two "shell openings" of the large and small can be temporarily changed from the reverse buckle type to the forward buckle type (that is, the two shell openings are exposed and are both on the same end of the mobile phone), which will not only no longer block the mobile phone signal but also can prevent rain, dust, collision and scratches (after all, the shielding function is not required in all scenarios at all times). In other words, if the signal shielding function of the present invention is not needed, only one of the two shell cases of the large and small can be used (as a mobile phone storage box).

[0016] The present invention is also applicable to multiple mobile phones, that is, there is no objection to changing the single mobile phone into multiple mobile phones, that is, the shielding box is equivalent to an "enlarged version of a single-machine signal shielding box", that is, there is no objection to changing the single-machine signal shielding box into a multiple-machine signal centralized shielding box (such as a centralized shielding box for ten mobile phones or a hundred mobile phones or even more mobile phones), which is actually equivalent to an enlarged version of the large and small shells and an enlarged version of the waterproof bag, and still adopts the reverse buckle mode; but the enlarged version of the waterproof bag may not be necessary, because even in the enlarged version of the large and small shells, continuing to use the single-machine waterproof bag does not affect the centralized shielding of thousands of mobile phones. In order to enhance the centralized shielding and waterproofing effect of multiple mobile phones, it is recommended to place many single-machine waterproof bags in an enlarged waterproof bag to enhance the "double insurance" waterproofing effect. DETAILED DESCRIPTION

[0017] A single mobile phone reverse buckle type single machine signal shielding box, the specific implementation scheme is that two straight deep shells (referred to as large and small shells), one large and one small, each with an open end and a bottom at the other end, and each with a net depth close to or exceeding the full length of the mobile phone body, are reversed to each other inside and outside to the bottom, and can cover the single mobile phone and the fully enclosed sealed waterproof bag outside the mobile phone (equivalent to completely hiding the mobile phone and the waterproof bag containing the mobile phone with the reversed large and small deep shells) and let the large and small shells outside the waterproof bag, especially the gap between the shells, be soaked in water or wetted by water to form a mobile phone signal shielding box; the large shell outside the mobile phone can cover the small shell outside the mobile phone (that is, the mouth of the small shell should be as close to the bottom of the large shell as possible), and the small shell outside the mobile phone can cover the single mobile phone and its waterproof bag.

Claims

1. A single mobile phone reverse button stand-alone signal shielding box, characterized in that: Two straight deep-mouth shells (large and small shells for short), one large and one small, each with an open end and a bottom at the other end, and each with a net depth close to or exceeding the full length of a mobile phone body, can cover a single mobile phone and a fully-enclosed sealed waterproof bag outside the mobile phone after being reversed to the bottom (equivalent to completely hiding the mobile phone and the waterproof bag containing the mobile phone with the reversed large and small deep-mouth shells), and allow the large and small shells outside the waterproof bag, especially the gaps between the shells, to be soaked in water or wetted by water to form a mobile phone signal shielding box; the large shell outside the mobile phone can cover the small shell outside the mobile phone (that is, the mouth of the small shell should be as close to the bottom of the large shell as possible), and the small shell outside the mobile phone can cover the single mobile phone and its waterproof bag.

2. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that The fully sealed waterproof bag is a commercially available reusable plastic waterproof bag (or self-sealing plastic bag) with a sealing plastic strip and a sealing plastic groove, which can be opened and sealed immediately.

3. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that The present invention can be designed as a metal steel sleeve or a non-metallic shell sleeve (such as a thick-walled steel sleeve or a thin-shell steel sleeve or a magnetic material or a wave-absorbing material or a material coating), which is both beautiful and durable and can enhance the wave-absorbing effect.

4. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that The shell can be designed as a hard shell or a soft shell.

5. A single-cell phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that The two "mouths" can be temporarily changed from the reverse buckle type to the forward buckle type (that is, the two mouths are exposed to the outside and are both on the same end of the mobile phone), so that when there is no need to shield the mobile phone signal, it can be rainproof, dustproof, collision-proof and scratch-proof (becoming a mobile phone storage box).

6. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that Only one of the two shells, one large and one small, can be used as a mobile phone storage box (without mobile phone signal shielding function).

7. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that In addition to the large shell, it is allowed to buckle larger and more layers of spare shells or use sufficiently thick shells or the gaps between the shells adopt a precision-grade seamless design to enhance the mobile phone signal shielding effect.

8. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that When the buckled shell layers are sufficient or the shell is thick enough or the gaps between the shells are designed with precision seamless design, it is no longer necessary to use the mobile phone waterproof bag and the water shielding outside the bag (i.e., no more unnecessary water and waterproofing).

9. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 1, characterized in that The present invention is also applicable to multiple mobile phones, that is, there is no objection to changing the single mobile phone into multiple mobile phones, that is, the shielding box is equivalent to an "enlarged version of a single-machine signal shielding box" in size (such as an enlarged version of a large and small shell and an enlarged version of a waterproof bag).

10. A single mobile phone reverse buckle stand-alone signal shielding box according to claim 9, characterized in that Many stand-alone waterproof bags can be placed in an enlarged waterproof bag to enhance the "double insurance" waterproof effect.