JP3139842U - Drying device for wet mobile phone - Google Patents

Abstract

The present invention provides a drying device for a wet mobile phone that rescues a large amount of data stored in a mobile phone that has a functional failure due to a water wetting accident and contributes to its maintenance and reproduction.
A wetted mobile phone drying device having a combination of a heating device mainly composed of heating plates 3 and 4 and a decompression device mainly composed of a decompression pump 11 in an airtight sealed container 1 capable of maintaining a vacuum state. Thus, the water wet state can be quickly and reliably eliminated, and the data copy device 16 installed outside can be operated in combination, thereby enabling the data held by the wet mobile phone to be rescued and maintained.
[Selection] Figure 1

Description

  The present invention relates to a drying device for a mobile phone in which a functional failure has occurred due to submergence or wetness.

  Mobile phones have evolved in recent years, and their functions and usage have diversified. The data recorded and stored in the phone is not limited to the phone book and address book, but a large amount of music and photos. It is normal for data to be stored.

By the way, the mobile phone has a wider user base and is closely related to daily life. For this reason, there is a possibility that an accident that causes a functional failure due to submergence or getting wet due to easy handling sometimes causes a large amount of data in the telephone to become unusable. As a countermeasure against this, cellular phones that pay attention to waterproofing have recently been seen, but their performance is not perfect. There is a possibility of repairing by overhauling, but the cost may be high, and there is a problem in the possibility of data recovery in terms of timing. The data backup service is also partially and not fully utilized.
JP, 2000-307702, A It relates to the waterproof cover of a cellular phone. JP, 2004-235724, A It relates to water wet location detection. This invention relates to a vacuum drying washing machine.

  The problem we are trying to solve is to dry everything in the phone quickly and easily in order to increase the chances of rescue of large amounts of data stored in a phone It is in place to let you.

Means to solve the problem

  The present invention is a device for drying a cellular phone that has caused a water wetting accident, and is a combination of a decompression device and a heating device as a main component in an airtight sealed container capable of maintaining a vacuum state. It has the characteristics.

  The inside of the drying device is a combination of the decrease in boiling point due to the operation of the decompression device and the heating by the heating device. Water can be removed and dried.

  The heating device comprises a heating plate installed in a heating device installation frame provided on the airtight container floor, a far-infrared lamp on the drying device ceiling, and a thermostat for controlling the heating temperature of the mobile phone body. . One heating plate at the center is fixed, and heating plates arranged on both the left and right sides are slidably attached to the outside of the set mobile phone to heat the mobile phone by conduction heat. The far-infrared lamp on the ceiling surface contributes to drying of the mobile phone hinge part and maintenance of the temperature inside the apparatus by radiant heat. Moisture in the device becomes vaporized and evaporated as a result of depressurization, but there may be the possibility of freezing at times.Therefore, the heating device prevents moisture from icing in the device, especially in the mobile phone, while preventing rapid moisture. Contributes to removal and drying of water.

  The foldable water-soaked mobile phone is set so as to be sandwiched between one sheet at the center of the heating plate and the heating plates on both the left and right sides. A slide-type or bar-type mobile phone is set between one sheet at the center and either the left or right heating plate.

  The decompression device includes a decompression pump, a pressure sensor, and an exhaust pipe. Depressurization is possible until a vacuum state is reached, and the progress is confirmed based on the numerical value of the atmospheric pressure sensor installed in the drying apparatus.

A hygrometer is installed at the outlet of the exhaust pipe, and a decrease in humidity can be confirmed as the drying operation proceeds.
When the dry state is reached and the numerical data of the hygrometer is stopped, the completion of the dry operation is confirmed, and the dry operation of the wet mobile phone is completed.

  The drying device is opened and closed by operating a lever.

  The wetted mobile phone that has been dried can be recovered from the data by a data copy device that is taken out of the drying device and provided separately. A data transmission connection cable connecting to the data copy device is installed, and under the condition that the data copy device is installed outside, it is possible to immediately operate the data copy device to measure data recovery. .

  Even if the drying operation is completed and the data copying apparatus is operated, it is still effective to try the same operation again when the function recovery of the mobile phone is not recognized, thereby increasing the probability of the function recovery.

Effect of device

  The water-driving mobile phone drying device of the present invention can quickly and easily remove and dry the water in the water-soaked mobile phone by the combined effect of heating and decompression, and has almost given up due to the conventional mobile phone function stoppage. For large amounts of data, the possibility of data recovery can be greatly improved.

  Even if it becomes possible to use a wet cellular phone temporarily, it will usually be difficult to continue using it. However, if it is possible to easily maintain data in the external memory, it is easy to reconstruct data regardless of other owned models or newly purchased models, and it will not interfere with daily life.

1 to 4 show an embodiment of a drying apparatus for a water-soaked mobile phone according to the present invention.
The drying device for a water-soaked mobile phone according to the present invention includes heating plates 3 and 4 erected in a heating plate installation frame 2 provided on the floor surface of a sealed container 1 having airtightness as a case covering the entire drying device. And a decompression device capable of eliminating the air in the sealed container 1 and bringing the inside into a vacuum state. This embodiment includes a far-infrared lamp 6 provided on the ceiling of the sealed container 1 as a heating device.

  In the drying apparatus, the heating plate 3 has a heating plate 3 fixed in the center and heating plate bases 5 on the left and right sides of the heating plate, and can move in a direction approaching and separating from the central heating plate 3. A heating plate 4 is provided. For example, as shown in FIG. 4, the wet cellular phone 15 can be locked to the central heating plate 3, and the left and right heating plates 4 are moved to a state of being in close contact with the cellular phone and heated. The heating plate 4 can be kept stable by the support of the heating plate installation frame 2 and the left and right heating plate bases 5 on the airtight container floor, and can be moved smoothly by the heating plate position adjusting guide rail 7.

The decompression device includes a decompression pump 11 provided in the sealed container 1, and the decompression pump 11 can discharge the air in the sealed container 1 to the outside through the exhaust pipe 12. In relation to the decompression pump 11, an atmospheric pressure sensor 13 for detecting the atmospheric pressure in the sealed container 1 and a hygrometer 14 for detecting the humidity of the air exhausted from the exhaust pipe 12 are provided. The pressure can be reduced until a vacuum state is reached, and the progress is confirmed based on the numerical value of the atmospheric pressure sensor 13 installed in the drying apparatus. During the drying operation, the pressure is reduced until a vacuum is reached. Incidentally, in a vacuum state (decompression degree: 0,067 Pascals), the result of achieving the function recovery of a severely wetted mobile phone under the condition of a temperature of 35 degrees has been obtained.
The progress of the drying operation is confirmed by a hygrometer 14 installed at the outlet of the exhaust pipe 12. When the dry state is reached, the numerical data of the hygrometer is stopped, thereby completing the drying operation.

  In the drying apparatus, when the switch 9 is turned on, the heating plates 3 and 4, the far-infrared lamp 6, and the decompression pump 11 are simultaneously operated via the power cord 10.

  As for the heating temperature, it is appropriate to set the thermostat 8 within a range from about 35 degrees to a maximum of 40 degrees, which is considered to be no problem even during normal summer use in terms of both the influence on the telephone and the promotion of drying.

  When the data transmission connection cable 17 for connecting the data copying device 16 and the mobile phone 15 is provided, it is desirable to install a plurality of circuits in advance so as to correspond to various connector types of the mobile phone.

  Conventionally, there has been a method of sending a broken mobile phone to a repair shop for overhaul repair, but this machine is installed alongside a data copy device provided by a mobile phone dealer to provide an immediate response to a water damage accident. Can be expected to enhance the service to users.

  It is a block diagram which shows the principal part of the drying apparatus of a wet mobile telephone.   It is a front view of a heating apparatus.   It is a side view of a heating apparatus.   It is a use figure of a heating apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Sealed container which can maintain a vacuum state 2 Heating device installation frame 3 Fixed heat plate 4 Movable heating plate 5 Movable heating plate base 6 Far-infrared lamp 7 Heating plate position adjustment guide rail 8 Thermostat 9 Dryer power switch 10 power cord 11 decompression pump 12 exhaust pipe 13 barometric pressure sensor 14 hygrometer 15 target mobile phone 16 data copy device 17 data transmission connection cable

Claims (4)

  An airtight sealed container capable of maintaining a vacuum state, a heating device having a heating plate standing in the sealed container and capable of locking a mobile phone, and a vacuum state for eliminating air in the sealed container A dampening device for a wet cellular phone comprising a decompression device.   2. The wetted mobile phone according to claim 1, wherein in the heating plate, one central plate is fixed and left and right heating plates are provided so as to be movable toward and away from the central heating plate. Drying equipment.   The drying apparatus for a water-soaked mobile phone according to claim 1 or 2, wherein the heating device includes a far-infrared lamp provided on a ceiling surface of the sealed container.   The wet container according to claim 1, wherein said sealed container is provided with a connection cable for data transmission connecting between an external connection terminal of said mobile phone and a connection terminal of an externally installed data copy device. Phone drying device.

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