CN101866736B - Integrated magnetic adsorption device - Google Patents

Abstract

An integrated magnetic adsorption device adsorbs a portable electronic device on a magnetic adsorption plate. The magnetic adsorption plate comprises a plate body, a magnetic attraction element and a power transmission unit which are arranged on the plate body, and a power unit for transmitting power. The portable electronic device and the magnetic attraction element of the magnetic attraction plate are magnetically attracted with each other so as to position the portable electronic device on the magnetic attraction plate and connect the power transmission units of the portable electronic device and the magnetic attraction plate, and the portable electronic device is charged by utilizing the power transmitted by the power transmission units. The magnetic adsorption plate is also provided with a signal transmission unit which transmits the signal of the portable electronic device to the output device for output. The magnetic adsorption device also comprises an adsorption carrier which can load the portable electronic device and is adsorbed on the magnetic adsorption plate. The magnetic adsorption plates are mutually connected to enlarge the adsorption area. The invention can reduce the scattering of electronic devices, provide power, transmit data or signals, output warning notifications, accommodate various electronic devices, share power and transmit signals.

Description

Integrated magnetic adsorption device

technical field

The invention relates to an integrated magnetic adsorption device, in particular to a magnetic adsorption device which uses magnetic elements to magnetically attract objects.

Background technique

The daily life of modern people is inseparable from a variety of portable electronic devices, from portable mobile phones, personal digital data science, music players, image players, game consoles for enjoying audio-visual entertainment, to electronic photo frames placed indoors, Electronic clocks, and the most common types of remote controls, etc. The functions provided by these portable electronic devices not only make life more convenient for users, but many of them become indispensable necessities for users. For example, a user may have two to three different mobile phones and Personal digital assistants, or music players, game consoles, etc. to pass the time from time to time. Due to the large number of items, it is easy to lose them if they are not effectively stored and sorted. Once lost, it will cause great inconvenience to the user.

However, the current way of sorting and storing portable electronic devices can only rely on the user to check at any time, or to fix the portable electronic device in a specific place at his own discretion. For example, mobile phones are all on the desktop, music players are all in the backpack, and various remote controls at home are all in the same drawer, etc. However, this storage method is fragmented and lacks a sense of integrity, and the portable electronic device may be hidden by other items and not easy to find, or even be pushed by other items and fall to cause damage.

Contents of the invention

The purpose of the present invention is to provide an integrated magnetic adsorption device.

In order to achieve the above object, according to one of the solutions of the present invention, an integrated magnetic adsorption device is provided to adsorb a portable electronic device provided with a first magnetic attraction element and a first power transmission unit and a portable electronic device without a magnetic attraction element Another portable electronic device, the magnetic adsorption device includes a magnetic adsorption plate and an adsorption carrier, wherein: the adsorption carrier is provided with another first magnetic attraction element and a storage slot, the storage slot is used for accommodating unset The aforementioned other portable electronic device with a magnetic attraction element; and

The adsorption plate includes: a plate body, a second magnetic attraction element, a second power transmission unit, a power unit and a fixing part. The second magnetic attraction element and the second power transmission unit are disposed on the board, and the power unit transmits power to the second power transmission unit. Wherein, the second magnetic attraction element is used for mutual magnetic attraction with the first magnetic attraction element of the portable electronic device and the first magnetic attraction element of the adsorption carrier, so as to position the portable electronic device on the magnetic adsorption plate, and the first power transmission The unit is connected to a second power transfer unit for charging the portable electronic device. The fixing part is arranged on the back of the board body to fix the adsorption board on the wall. The portable electronic device receives the power delivered by the power unit through the first power transmission unit.

In order to achieve the above object, according to one of the proposals of the present invention, an integrated magnetic adsorption device is provided to adsorb portable electronic devices with a first magnetic attraction element and a first signal transmission unit and those without a magnetic attraction element Another portable electronic device. The magnetic adsorption device includes a magnetic adsorption plate and an adsorption carrier, the adsorption carrier is provided with another first magnetic attraction element and a storage slot, and the storage slot is used for accommodating the other portable electronic device that is not provided with a magnetic attraction element; The adsorption board includes: a board body, a second magnetic attraction element, a second signal transmission unit, an output device and a power unit. The second magnetic element and the second signal transmission unit are arranged on the board body, the output device is built-in or externally connected to the magnetic adsorption board, and the power unit transmits power to the second signal transmission unit and the output device. The second magnetic element is magnetically attracted to the first magnetic element of the portable electronic device and the first magnetic element of the adsorption carrier to position the portable electronic device on the magnetic adsorption plate, and the first signal transmission unit is connected to the second signal The transmission unit is used to transmit the signal of the portable electronic device to the second signal transmission unit, and the output device outputs the signal received by the second signal transmission unit.

In order to achieve the above object, according to one solution of the present invention, a magnetic adsorption device is provided, including an adsorption carrier and a magnetic adsorption plate. One side of the adsorption carrier is provided with a first magnetic attraction element, and the other side is provided with a receiving slot, and the portable electronic device is accommodated in the receiving slot. The magnetic absorption plate includes a plate body and a second magnetic absorption element. The first magnetic element and the second magnetic element can be magnetically attracted to each other, so as to position the portable electronic device accommodated in the accommodating slot on the magnetic adsorption plate.

To achieve the above object, according to one solution of the present invention, a magnetic adsorption device is further provided, including a first magnetic adsorption plate, a second magnetic adsorption plate and an adsorption carrier. The first magnetic adsorption plate includes a first plate body and a first transmission unit arranged on the first plate body, the second magnetic adsorption plate includes a second plate body, a first connection unit and a second connection unit, and the first connection unit is arranged on The second plate body is connected to the first transmission unit, the second transmission unit is arranged on the second plate body and electrically connected to the first connection unit; the adsorption carrier is provided with a first magnetic attraction element and an accommodating groove for accommodating a For a portable electronic device without a magnetic attraction element, the adsorption carrier is used to adsorb to the first magnetic adsorption plate or the second magnetic adsorption plate. Multiple magnetic adsorption plates are connected to each other to expand the adsorption area and share power.

The technical means proposed by the present invention at least achieve the following effects:

First, use the magnetic adsorption plate to easily store various portable electronic devices, reducing the possibility of electronic devices being scattered randomly and lost, or affecting the appearance;

Second, using a magnetic adsorption plate with a power unit and a power transmission unit, power can be supplied to the electronic device on the adsorption plate to provide the power required for the operation or charging of the electronic device;

Third, using the magnetic adsorption board controlled by the signal transmission unit and the control unit, the data or signals stored in the electronic device on the adsorption board can be transmitted to the output device built-in or externally connected to the adsorption board, and can be output according to the electronic device The transmitted signal outputs a warning notification;

Fourth, the integrated magnetic adsorption device including the adsorption carrier and the magnetic adsorption plate can conveniently accommodate various electronic devices, including electronic devices without adsorption components;

Fifth, connecting several magnetic adsorption boards can expand the area and scope of the magnetic adsorption electronic devices, and can share power and transmit signals through the connection of power or signal transmission units, providing more electronic devices for use.

Description of drawings

Figure 1: A schematic diagram of an embodiment of a magnetic adsorption plate provided by the present invention;

Figure 2: A schematic diagram of an embodiment of a magnetic adsorption plate provided by the present invention (power transmission);

Figure 3: a schematic diagram of an embodiment of a magnetic adsorption plate provided by the present invention (signal transmission);

Figure 4: A block diagram of an embodiment of a magnetic adsorption plate provided by the present invention;

Figure 5: Schematic diagram of an embodiment of a magnetic adsorption plate provided by the present invention (power and signal transmission);

Figure 6: Schematic diagram of an embodiment of an integrated magnetic adsorption device provided by the present invention;

Figure 7: A schematic side view of an embodiment of a magnetic adsorption plate provided by the present invention;

Figure 8: A schematic diagram of the power connection of an embodiment of an integrated magnetic adsorption device provided by the present invention; and

Fig. 9: A schematic diagram of the signal connection of an embodiment of an integrated magnetic adsorption device provided by the present invention.

The reference numerals in the above-mentioned accompanying drawings are explained as follows:

1, 1a~e portable electronic devices

10 The first magnetic element

12 The first power transmission unit

14 The first signal transmission unit

2, 2a~d, 2x~z, 2x′~z′ magnetic adsorption plate

20 plates

22 The second magnetic element

  24, 24a second power transmission unit

  24′ power transmission unit

  26, 26a power unit

  28, 28a second signal transmission unit

  28' signal transmission unit

30, 30a output device

32 control units

34 fixed part

36 power transmission lines

38 signal transmission lines

4 adsorption carrier

40 The first magnetic element

42 storage slots

5 objects

Detailed ways

The invention provides an integrated magnetic adsorption device and a magnetic adsorption plate thereof, in which a portable electronic device is adsorbed by a magnetic absorption unit to achieve the effect of integrated storage. In order to provide a more detailed description and explanation, the following explanations will be made with block diagrams and schematic diagrams.

FIG. 1 shows a schematic diagram of an embodiment of a magnetic adsorption plate provided by the present invention. The magnetic adsorption plate 2 can absorb a portable electronic device 1 provided with a first magnetic attraction element 10 . The magnetic adsorption plate 2 includes a plate body 20, and a second magnetic attraction element 22 is arranged on the plate body 20. The second magnetic attraction element 22 and the first magnetic attraction element 10 are magnetically attracted to each other, so that the portable electronic device 1 can be adsorbed and positioned on the On the magnetic adsorption plate 2. By adsorbing various portable electronic devices 1 on the magnetic adsorption plate 2, portable electronic devices 1 that are easy to be scattered around, such as: remote controls, mobile phones, personal digital assistants (PDAs), electronic photo frames or music players etc., easily and effectively stored in one place.

The second magnetic element 22 is arranged in the shape of a "meter" by a plurality of magnetic elements, and is arranged on the inner side of the plate body 20, with the least amount of magnetic material to achieve the effect of the widest distribution of the magnetic area. And the first magnetic element 10 and the second magnetic element 20 are for mutual adsorption, so one of them can be set as a magnet, and the other is a metal element that can be attracted by a magnet, such as an iron sheet; or Both are set as magnets to attract each other to fix the portable electronic device 1 on the magnetic adsorption plate 2 .

According to the magnetic adsorption plate 2 shown in FIG. 1 , the present invention further provides a schematic diagram of an embodiment of the magnetic adsorption plate in FIG. 2 . The magnetic adsorption plate 2a shown in FIG. 2 can be used for a portable electronic device 1b provided with a first magnetic attraction element 10 to properly accommodate and position the portable electronic device 1b. Electronic device charging, such as mobile phone 1a or digital photo frame 1c.

In addition to the second magnetic attraction element 22 disposed on the board body 20 , the magnetic adsorption board 2 a of this embodiment is also provided with a second power transmission unit 24 and a power unit 26 . The power unit 26 transmits power to the second power transmission unit 24, and the source of power delivered by it can be supplied from the mains or a storage battery. power to deliver power to the second power transmission unit 24 . After the portable electronic device 1a or 1c with the first power transmission unit 12 is adsorbed on the magnetic adsorption plate 2a, its first power transmission unit 12 is connected to the second power transmission unit 24 on the board body 20 through the power transmission line 36, and the The utility power or battery power delivered by the power unit 26 is charged.

Taking the mobile phone 1a as an example, the first power transmission unit 12 is a power socket; the second power transmission unit 24 is one or more power sockets, and the two are connected to each other through the power transmission line 36 and the transformer of the mobile phone 1a. The mobile phone 1a is charged. Taking the digital photo frame 1c as an example, it uses the first magnetic element 10 and the second magnetic element 22 to attract each other and fix it on the magnetic adsorption plate 2a, and then connects the power connection line 36 to the power socket of the magnetic adsorption plate 2a, and After obtaining the power to play the electronic photo album, the photos played by the electronic photo frame 1c can be watched on the magnetic adsorption plate 2a. In this way, the portable electronic devices 1a, 1c that need power for their operation or need to charge the battery can also obtain the power supply they need when they are fixed on the magnetic adsorption plate 2a, and there is no need to search for a socket for charging And the electronic device is separated from the magnetic adsorption plate 2a.

The second power transmission unit 24 can be embedded in the board body 20 , and a socket is provided on the surface of the board body 20 for plugging in the plugs of the portable electronic devices 1a, 1c.

In addition to using the magnetic adsorption board to provide the power required by the portable electronic device, the present invention provides another embodiment of the magnetic adsorption board with reference to Figure 3 and Figure 4, to illustrate the technical means of using the magnetic adsorption board to integrate signal transmission and output playback, through The first signal transmission unit 14 provided on the portable electronic device transmits or outputs data or signals in the portable electronic device.

In addition to the power unit 26a, the magnetic adsorption board 2b of this embodiment is provided with a second signal transmission unit 28 on the board body 20, and an output device 30 is provided by built-in or externally connected to the magnetic adsorption board 2b. The power unit 26a in this embodiment is a battery, so that the magnetic adsorption plate 2b can also obtain electric power without receiving commercial power. In addition, a control unit 32 is provided in the board body 20 of the magnetic adsorption board 2 b to control the power transmission of the power unit 26 and control the signal transmission between the second signal transmission unit 28 and the output device 30 (see FIG. 4 ).

The first signal transmission unit 14 of the portable electronic device 1a or 1d can be one of the interfaces such as USB, eSATA interface, or audio source input and output, or a combination of multiple types thereof; and the second signal transmission unit 28 can correspond to the corresponding A connection port accommodated in the above-mentioned transmission interface. The output device 30 is such as a display screen or a sound player. The output device 30 shown in FIG. Those skilled in the art can slightly adjust this example, and then install the display screen or the sound player at an appropriate position on the magnetic adsorption plate 2b in a built-in manner.

Taking the mobile phone 1a as an example, after it is adsorbed on the magnetic adsorption plate 2b, the first signal transmission unit 14 is connected to the second signal transmission unit 28 (such as a corresponding USB port) with a signal transmission line 38, and the mobile phone 1a Stored photos or movies are transmitted to the second signal transmission unit 28 in the form of signals, and the signal received by the second signal transmission unit 28 is transmitted to the output device 30 by the control unit 32, such as a display screen, so that it can be played during operation. Photos or videos in the mobile phone 1a can be displayed on the display screen. Take music player 1d (as mp3 player) in addition as example, its first signal transmission unit 14 is as sound source interface (sound source hole), after inserting sound source transmission line 38, be connected with the second signal transmission unit 28 that is corresponding to sound source interface , the song in the music player is output by the sound player (loudspeaker) by the control unit 32 again.

In Fig. 4, the control unit 32 controls the power unit 26 to deliver power to the second signal transmission unit 28 and the output device 30, so that it can obtain power and run smoothly; at the same time, the control unit 32 further controls the second signal transmission unit 28 to identify the portable The electronic device; and according to the type of signal transmitted by the portable electronic device, the signal is transmitted to the appropriate output device 30 for output. Therefore, the control unit 32 may include, for example, power management components, USB interface drive components, audio output drive components, or image output drive components.

Through the magnetic adsorption plate 2b provided in this embodiment, in addition to achieving the effect of conveniently storing portable electronic devices, it also integrates different transmission interfaces and output devices, so that the portable electronic device does not have to be idle, but can be used as a magnetic adsorption plate 2b. Audio-visual or data output center, for data or signal transmission and output.

5 is a schematic diagram of another embodiment of a magnetic adsorption plate provided by the present invention. The magnetic adsorption plate 2c in this embodiment is provided with a second power transmission unit 24 and a second signal transmission unit 28 at the same time, and on the plate body 20 The output device 30a is set in a built-in manner, such as an LED light and a sound amplification device as shown in FIG. 5 . The power unit 26 simultaneously transmits power to the second power transmission unit 24 and the second signal transmission unit 28 (controlled by the control unit 32 ). Therefore, the portable electronic device can be connected to the second power transmission unit 24 for charging (as shown in the figure 1 a ); it can also be connected to the second signal transmission unit 28 to transmit signals (as shown in the figure 1 e ).

The portable electronic device 1e transmitting signals in this embodiment is a sensing device for sensing changes in the surrounding environment, such as a light sensor, temperature sensor, sound sensor or humidity sensor. Connect the sensing device to the second power transmission unit 24 to start the sensing operation after obtaining power supply, connect the sensing device to the second signal transmission unit 28, and connect the output device 30a through the control of the control unit. When the sensing device senses When an environmental change is detected, the output device 30 outputs a warning notification according to the sensing result. For example, when the temperature sensor detects that the indoor temperature rises, it transmits a relevant warning signal, and then the control unit controls the LED light to flash, or controls the loudspeaker to emit a sound to notify the temperature rise, etc. After making changes according to this embodiment, the magnetic adsorption plate 2c can further integrate functions such as environmental safety or security monitoring, such as: the sound sensor detects an unknown sound, and a voice warning is played through the loudspeaker device.

Considering that some portable electronic devices are not equipped with magnetic components, the present invention further shows a schematic diagram of an embodiment of an integrated magnetic adsorption device in FIG. 6 .

The integrated magnetic adsorption device of this embodiment includes a magnetic adsorption plate 2 d and an adsorption carrier 4 . For the setting of the magnetic adsorption plate 2d, please refer to the descriptions of the above-mentioned embodiments; and one side (front) of the adsorption carrier 4 is provided with an accommodating groove 42 for placing the portable electronic device 1d; while the other side (back) is provided with The first magnetic attraction element 40 can be mutually adsorbed with the second magnetic attraction element 22, and the adsorption carrier 4 and the portable electronic device 1a accommodated in the accommodating groove 42 are adsorbed together on the magnetic adsorption plate 2d, which solves the electronic problem. The problem that the device itself cannot be attached to the magnetic adsorption plate. Wherein, the first magnetic attraction element 40 is a magnet or metal that can magnetically attract the second magnetic attraction element 22 .

The magnetic adsorption plate described in each of the above embodiments is also provided with a fixing part 34 (please refer to FIG. 7 ) to fix the magnetic adsorption plate on objects 5 such as a wall, for example: glue strips on the back of the adsorption plate to adhere to The surface of the object 5, or a hook part is provided to hook the adsorption plate on the wall.

In addition, in the drawings of the above-mentioned embodiments, for convenience of description, the second power transmission unit 24 and the second signal transmission unit 28 are arranged on the same surface that attracts the electronic device, but the transmission unit can also be arranged on the magnetic The sides of the adsorption plate, as shown in 24a and 28a of FIG. 7 , can not only make the appearance of the magnetic adsorption plate neat and beautiful, but also increase the adsorption area of the adsorption plate to accommodate more electronic devices.

In order to expand the adsorption area range of the magnetic adsorption boards, the magnetic adsorption boards provided with the transmission unit on the board body can be connected to each other through the connection unit provided on the board body, and share power or signal source.

FIG. 8 is a schematic diagram of another embodiment of an integrated magnetic adsorption device, wherein the magnetic adsorption plates 2x, 2y, and 2z are all provided with a power transmission unit 24' including a plurality of power sockets on the plate body. Wherein, the power unit 26 of the adsorption board 2x transmits the power provided by the mains (certainly also can be powered by a battery), and the two adsorption boards 2y are respectively plugged into the power sockets of the adsorption board 2x with power transmission lines 36 to obtain Power from Snapboard 2x. The suction board 2z is further plugged into the power outlet of one of the suction boards 2y, and then the power from the suction board 2x is obtained through the connected suction board 2y. Under the premise that the power load allows, the integrated magnetic adsorption device of this embodiment can be continuously extended according to the above-mentioned method, providing more adsorption area for storing portable electronic devices, and sharing electric power for charging more portable electronic devices.

The above embodiments can also be changed to be connected by signals. As shown in FIG. 9 , the magnetic adsorption plates 2x', 2y', and 2z' are all provided with signal transmission units 28' on the plates. Each magnetic adsorption board can be connected to the signal transmission unit 28 ′ of other adsorption boards through the signal transmission line 38 to transmit signals. Through the connection of the signal transmission unit 28' and the signal transmission line 36, the data of the portable electronic device 1a adsorbed on the adsorption board 2z' can be output from the output device 30 connected to the adsorption board 2x', such as playing pictures on the mobile phone.

Based on the descriptions of the above-mentioned embodiments, the technical means proposed by the present invention can at least achieve the following effects:

First, use the magnetic adsorption plate to easily store various portable electronic devices, reducing the possibility of electronic devices being scattered randomly and lost, or affecting the appearance;

Second, using a magnetic adsorption plate with a power unit and a power transmission unit, power can be supplied to the electronic device on the adsorption plate to provide the power required for the operation or charging of the electronic device;

Third, using the magnetic adsorption board controlled by the signal transmission unit and the control unit, the data or signals stored in the electronic device on the adsorption board can be transmitted to the output device built-in or externally connected to the adsorption board, and can be output according to the electronic device The transmitted signal outputs a warning notification;

Fourth, the integrated magnetic adsorption device including the adsorption carrier and the magnetic adsorption plate can conveniently accommodate various electronic devices, including electronic devices without adsorption components;

Fifth, connecting several magnetic adsorption boards can expand the area and scope of the magnetic adsorption electronic devices, and can share power and transmit signals through the connection of power or signal transmission units, providing more electronic devices for use.

The devices, components and other items disclosed in the foregoing embodiments are only examples for illustrating the implementation of the present invention, and are not used to limit the applicable scope of the present invention. If there are other technologies that conform to the spirit of the present invention and do not substantially change the present invention Means all belong to the scope of protection covered by the present invention.

Claims (18)

1. integrated magnetic adsorbent equipment; Supply absorption to be provided with a portable electron device of one first magnetic element and one first signal transmission unit and another portable electron device that the magnetic element is not set; It is characterized in that; This adsorbent equipment comprises a magnetic adsorption plate and an absorption carrier, wherein:

This absorption carrier is provided with another first a magnetic element and a storage tank, and this storage tank is used this another portable electron device that the magnetic element is not set for accommodating; And

This adsorption plate comprises:

One plate body;

One second magnetic element is arranged at this plate body, in order to the mutual magnetic of this first magnetic element of this first magnetic element of this portable electron device and this absorption carrier;

One secondary signal transmission unit is arranged at this plate body, in order to connect this first signal transmission unit;

One output device, in build or be external in this magnetic adsorption plate, export the signal that this secondary signal transmission unit is received; And

One power unit transmits electric power to this secondary signal transmission unit and this output device;

Wherein, this portable electron device can transmit signals to this secondary signal transmission unit via this first signal transmission unit.

2. integrated magnetic adsorbent equipment as claimed in claim 1 is characterized in that also comprising:

One control module connects this secondary signal transmission unit, this output device and this power unit, and this this secondary signal transmission unit transmission signals of control module control is to this output device, and this power unit of control transmits electric power.

3. integrated magnetic adsorbent equipment as claimed in claim 2 is characterized in that, this output device is image display or voice output.

4. integrated magnetic adsorbent equipment as claimed in claim 3 is characterized in that, this portable electron device is a sensing apparatus, this sensing device senses environmental change, and this output device is according to the environmental change output alert notification of this sensing apparatus institute sensing.

5. integrated magnetic adsorbent equipment as claimed in claim 4 is characterized in that, this sensing apparatus is optical flame detector, heat detector, sound sensor or humidity sensor.

6. integrated magnetic adsorbent equipment as claimed in claim 1; It is characterized in that; This portable electron device also is provided with one first electric power transfer unit, and this adsorption plate also comprises one second electric power transfer unit, and it is arranged at this plate body; This first electric power transfer unit connects this second electric power transfer unit, and this power unit more transmits electric power to this second electric power transfer unit.

7. integrated magnetic adsorbent equipment as claimed in claim 1; It is characterized in that; This first magnetic element of this first magnetic element of this absorption carrier and this portable electron device is magnet or metal, and this second magnetic element is the corresponding magnet or the metal of magnetic each other with this first magnetic element.

8. integrated magnetic adsorbent equipment as claimed in claim 1 is characterized in that, this second magnetic element is provided with a plurality of, and is M shape in this plate body arrangement setting.

9. integrated magnetic adsorbent equipment as claimed in claim 1 is characterized in that also comprising:

One fixed part is arranged at this plate body with fixing this adsorption plate.

10. integrated magnetic adsorbent equipment; Supply absorption to be provided with a portable electron device of one first magnetic element and one first electric power transfer unit and another portable electron device that the magnetic element is not set; It is characterized in that; This adsorbent equipment comprises a magnetic adsorption plate and an absorption carrier, wherein:

This absorption carrier is provided with another first a magnetic element and a storage tank, and this storage tank is used this another portable electron device that the magnetic element is not set for accommodating; And

This adsorption plate comprises:

One plate body;

One second magnetic element is arranged at this plate body, in order to the mutual magnetic of this first magnetic element of this first magnetic element of this portable electron device and this absorption carrier;

One second electric power transfer unit is arranged at this plate body, in order to connect this first electric power transfer unit so that this portable electron device is charged; And

One power unit transmits electric power to this second electric power transfer unit; And

One fixed part is arranged at this plate body back side to fix this adsorption plate in metope;

Wherein, this portable electron device can receive the electric power that this power unit is carried via this first electric power transfer unit.

11. integrated magnetic adsorbent equipment as claimed in claim 10; It is characterized in that; This first magnetic element of this first magnetic element of this absorption carrier and this portable electron device is magnet or metal, and this second magnetic element is the corresponding magnet or the metal of magnetic each other with this first magnetic element.

12. integrated magnetic adsorbent equipment as claimed in claim 10 is characterized in that, this second magnetic element is provided with a plurality of, and is M shape in this plate body arrangement setting.

13. an integrated magnetic adsorbent equipment is characterized in that comprising:

One first magnetic adsorption plate comprises:

One first plate body; And

One first transmission unit is arranged at this first plate body;

One second magnetic adsorption plate comprises:

One second plate body;

One first linkage unit is arranged at this second plate body, and connects this first transmission unit; And

One second transmission unit is arranged at this second plate body, and is electrically connected this first linkage unit; And

One absorption carrier is provided with one first a magnetic element and a storage tank, for accommodate one the magnetic element is not set portable electron device, this absorption carrier is in order to be adsorbed in this first magnetic adsorption plate or this second magnetic adsorption plate.

14. conformability magnetic adsorbent equipment as claimed in claim 13 is characterized in that, this first magnetic adsorption plate also comprises a power unit, transmits electric power to this first transmission unit.

15. conformability magnetic adsorbent equipment as claimed in claim 14 is characterized in that this first and second transmission unit is all electric power transfer unit.

16. conformability magnetic adsorbent equipment as claimed in claim 15 is characterized in that this first linkage unit is a power transmission line, transferring electric power is given this second transmission unit.

17. conformability magnetic adsorbent equipment as claimed in claim 13 is characterized in that this first and second transmission unit is all signal transmission unit, this first linkage unit system is signal transmssion line.

18. conformability magnetic adsorbent equipment as claimed in claim 13 is characterized in that also comprising:

One the 3rd magnetic adsorption plate comprises:

One the 3rd plate body;

One second linkage unit is arranged at the 3rd plate body, and connects this second transmission unit; And

One the 3rd transmission unit is arranged at the 3rd plate body, and is electrically connected this second linkage unit.

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