CN208336564U - Controlled plant and its mobile controlling terminal - Google Patents

Abstract

The application is about controlled plant and its mobile controlling terminal.The controlled plant and its mobile controlling terminal are respectively arranged with the ring interface in rotational symmetry structure, so as to which the grafting of controlling terminal is moved with it using ring interface realization controlled plant, both connecting line is not needed, also it is influenced without the concern for barrier, can also realize charged by controlled plant to mobile controlling terminal, the functions such as firmware upgrade, also can solve the mobile controlling terminal problem easy to be lost because of small in size, random place.In addition, mobile controlling terminal can also directly be plugged to the equipment such as charger, Mike, camera, again without connecting line.

Description

Controlled plant and its mobile controlling terminal

Technical field

This application involves technical field of electronic equipment more particularly to a kind of controlled plant and its mobile controlling terminals.

Background technique

With the development of electronic technology, various electronic equipments emerge one after another, including some small-sized, portable terminals, such as For the mobile controlling terminal of the large-size screen monitors device configuration such as smart television, i.e. remote controler.These terminals are due to small in size, if user makes It is placed conveniently with rear, it is likely that be not easy to find in use next time.In addition, since existing electronic equipment mostly uses charging type electric Pond, each terminal require configuration charger and charging cable etc., are also required to occupy the power supply port of socket respectively in charging；When slotting The power supply port of seat is insufficient or is blocked or when charger, charging line dropout, then will affect terminal and charge in time by other chargers.

Utility model content

The embodiment of the present application provides a kind of controlled plant and its mobile controlling terminal.The technical solution is as follows:

The embodiment of the present application in a first aspect, providing a kind of controlled plant, comprising:

Apparatus body, and the first interface being arranged on the apparatus body；

The first interface is the ring interface in rotational symmetry structure.

In a feasible embodiment, in the first interface mobile controlling terminal corresponding with the controlled plant Second interface matches.

In a feasible embodiment, the first interface is in concave on the apparatus body, and/or, it is described First interface is set to the upper surface of the apparatus body.

In a feasible embodiment, the first interface includes:

The different conductor loop of multiple sizes；Wherein, each conductor loop is in rotational symmetry；Each conductor loop is in geometry phase It seemingly, and according to the arrangement of size nesting is concentric ring structure；

It is filled with insulating materials between the conductor loop, forms insulating layer.

In a feasible embodiment, the conductor loop includes: the power conductor ring for being used for transmission electric energy, and/or, it uses In the data conductor ring of transmission data.

In a feasible embodiment, the different conductor loop of the multiple size includes the different annulus of multiple diameters；

Alternatively, the different conductor loop of the multiple size includes the regular polygon ring that multiple number of edges are identical, side length is different.

In a feasible embodiment, the first interface further include: for mutually being inhaled with another interface to grafting Attached adsorption layer；The adsorption layer is in geometric similarity and concentric ring structure with the conductor loop.

The second aspect of the embodiment of the present application provides a kind of mobile controlling terminal, comprising: terminal body, and setting exist Second interface on the terminal body；

The second interface is the ring interface in rotational symmetry structure.

In a feasible embodiment, on second interface controlled plant corresponding with the mobile controlling terminal First interface matches.

In a feasible embodiment, the second interface is in raised type on the terminal body, and/or, it is described Second interface is set to the upper surface of the terminal body.

In a feasible embodiment, the second interface includes:

The different conductor loop of multiple sizes；Wherein, each conductor loop is in rotational symmetry；Each conductor loop is in geometry phase It seemingly, and according to the arrangement of size nesting is concentric ring structure；

It is filled with insulating materials between the conductor loop, forms insulating layer.

In a feasible embodiment, the conductor loop includes: the power conductor ring for being used for transmission electric energy, and/or, it uses In the data conductor ring of transmission data.

In a feasible embodiment, the different conductor loop of the multiple size includes the different annulus of multiple diameters；

Alternatively, the different conductor loop of the multiple size includes the regular polygon ring that multiple number of edges are identical, side length is different.

In a feasible embodiment, the second interface further include: for mutually being inhaled with another interface to grafting Attached adsorption layer；The adsorption layer is in geometric similarity and concentric ring structure with the conductor loop.

From the above technical scheme, as set by controlled plant provided in this embodiment and its mobile controlling terminal Interface has rotational symmetry characteristic, the two equipment is being connected or any of two equipment is same as other is arranged It, can be by any one in two equipment for selecting connection, according to ring where it when thering is the equipment of the ring interface to connect Border factor (if any angle etc. where clear, barrier) adaptability carries out grafting after rotating by a certain angle again, to get around barrier Hinder object.Using interface provided in this embodiment, the controlled plant can not need to pass through with the mobile direct grafting of controlling terminal Connecting line connection had both been realized and had been filled in idle (when i.e. without using mobile controlling terminal) by controlled plant for mobile controlling terminal Electricity, and can save and charger and connecting line is separately configured for mobile controlling terminal, mobile controlling terminal can also be solved because of body Product it is small, it is random placement and problem easy to be lost.In addition, mobile controlling terminal can also directly be plugged to charger, Mike, camera shooting First-class equipment, again without connecting line.

It should be understood that above general description and following detailed description be only it is exemplary and explanatory, not The application can be limited.

Detailed description of the invention

The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the application Example, and together with specification it is used to explain the principle of the application.

Fig. 1 is a kind of structure chart of controlled plant shown according to an exemplary embodiment.

Fig. 2 is a kind of structure chart of mobile controlling terminal shown according to an exemplary embodiment.

Fig. 3 is a kind of grafting schematic diagram of equipment shown in Fig. 1 and Fig. 2.

Fig. 4 is another grafting schematic diagram of equipment shown in Fig. 1 and Fig. 2.

Fig. 5 is a kind of top view of interface shown according to an exemplary embodiment.

Fig. 6 is the top view of another interface shown according to an exemplary embodiment.

Fig. 7 is the top view of another interface shown according to an exemplary embodiment.

Fig. 8 is a kind of AA cross-sectional view of the interface according to Fig. 7 embodiment.

Fig. 9 is another AA cross-sectional view of the interface according to Fig. 7 embodiment.

Figure 10 is the connection schematic diagram of two kinds of interfaces shown in Fig. 8 and Fig. 9.

Figure 11 is another AA cross-sectional view of the interface according to Fig. 7 embodiment.

Figure 12 is another AA cross-sectional view of the interface according to Fig. 7 embodiment.

Figure 13 is the connection schematic diagram of two kinds of interfaces shown in Figure 11 and Figure 12.

Figure 14 is the top view of another interface shown according to an exemplary embodiment.

Specific embodiment

Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the application.On the contrary, they be only with it is such as appended The example of the consistent device and method of some aspects be described in detail in claims, the application.

In order to solve the above-mentioned technical problem, the embodiment of the present application provides a kind of controlled plant and its mobile controlling terminal； The controlled plant includes but is not limited to the big screen equipments such as smart television, large-scale touch screen, corresponding, which can be with For the controller of the big screen equipment.

Fig. 1 is the external structure of controlled plant provided by the embodiments of the present application, and Fig. 2 is corresponding mobile controlling terminal External structure；Fig. 3 and Fig. 4 is the connection schematic diagram of controlled plant shown in Fig. 1 and Fig. 2 and mobile controlling terminal.Individually below It is described in detail.

Referring to Fig.1, controlled plant provided in this embodiment includes:

Apparatus body 300, and the first interface 301 being arranged on the apparatus body 300；

The first interface 301 is the ring interface in rotational symmetry structure.

Corresponding, referring to Fig. 2, mobile controlling terminal provided in this embodiment includes:

Terminal body 200, and the second interface 201 being arranged on the terminal body 200；

The second interface 201 is the ring interface in rotational symmetry structure.

In the present embodiment, first interface 301 and second interface 201 be in rotation pile structure ring interface (Fig. 1 and Fig. 2 is illustrated with circular ring type, but interface is not limited only to this shape in the present embodiment, will specifically introduce interface structure hereinafter), the two It matches each other, grafting may be implemented；And the power line for being used for transmission electric energy is correspondingly arranged in two kinds of interfaces, and/or, for passing The data line of transmission of data.

Wherein, inside the apparatus body of controlled plant 300, the power line of first interface 301 be can connect to equipment sheet The power interface of body 300 is connected in parallel in power supply line, and data line can connect single to the processor of apparatus body 300 or processing Member；Corresponding, inside the terminal body 200 of mobile controlling terminal, the power line of second interface 201 be can connect to terminal sheet Battery in body 200, data line can connect processing unit or storage unit into terminal body 200, to store or locate The data that mobile controlling terminal receives are managed, or are sent out the data in processing unit or storage unit by second interface 201 It sees off.On this basis, by the grafting of first interface 301 and second interface 201, controlled plant and mobile control may be implemented Terminal processed is directly connected to, and in Fig. 3, in the case where controlled plant is normally placed, mobile controlling terminal handstand is placed in controlled In equipment, label 302 is the splicing position of first interface 301 and second interface 201.

In the case where controlled plant and mobile controlling terminal pass through 201 physical connection of first interface 301 and second interface, It can be mobile controlling terminal charging by controlled plant, or the data such as new edition firmware packet are transferred to shifting from controlled plant Dynamic controlling terminal realizes the firmware upgrade to mobile controlling terminal.In addition, mobile controlling terminal can also pass through second interface 201 connect with peripheral hardwares such as the Mike, the cameras that are provided with first interface, realize richer control function.

Simultaneously as first interface 301 and second interface 201 are the ring interface for piling structure in rotation, Ke Yigen Apparatus connecting angle is adjusted according to the barrier around equipment and interface, as shown in figure 4, under different grafting angles, apparatus body The angle of 200 place plane of 300 place planes and terminal body is also different.

From the above technical scheme, as set by controlled plant provided in this embodiment and its mobile controlling terminal Interface has rotational symmetry characteristic in use can be by any one in be mutually inserted two equipment, according to it Place environmental factor (if any angle etc. where clear, barrier) adaptability carries out grafting after rotating by a certain angle again, with Get around barrier；For example, it is larger in view of above-mentioned controlled plant volume, it can be connect with moving in rotation controlling terminal, namely rotation second Mouth 201.Meanwhile the direct grafting of two electronic equipments may be implemented using interface provided in this embodiment, connecting line is not needed, And without the concern for the influence of barrier.The controlled plant can not need to pass through company with the mobile direct grafting of controlling terminal Wiring connection had both been realized and had been filled in idle (when i.e. without using mobile controlling terminal) by controlled plant for mobile controlling terminal Electricity, and can save and charger and connecting line is separately configured for mobile controlling terminal, mobile controlling terminal can also be solved because of body Product it is small, it is random placement and problem easy to be lost.In addition, mobile controlling terminal can also directly be plugged to charger, equally it is not required to Want connecting line.

Optionally, as shown in Figure 1, the upper surface with the apparatus body 300 can be set in first interface 301；It considers Gravity, relative to positions such as side mark face, subscript faces, mobile controlling terminal etc., which is plugged in above apparatus body, to be more convenient, It is more firm, it is not easily to fall off.

In addition, the first interface 301 is in concave on apparatus body 300, i.e. first interface 301 is whole in apparatus body Under 300 surface, so that apparatus body 300 is from the appearance without protrusion part, it is more attractive.

Match with first interface 301, referring to Fig. 2, second interface 201 is in raised type on terminal body 200, can be with Guarantee and the secured grafting of controlled plant；In addition, second interface 201 is preferably disposed on the upper surface of the terminal body 200, neither It will affect user to hold from left and right side, and relative to lower surface is set to, be set to upper surface and be also more convenient mobile control eventually End connection uses the peripheral hardwares such as camera, Mike.

It should be noted that terminal body 200 has been all made of simple cuboid in apparatus body 300 and Fig. 2 in Fig. 1 Type, it is intended to illustrate the optimum position of first interface and second interface in relevant device, but the application range of the present embodiment is not It is only limitted to this, apparatus body and terminal body can be arbitrary shape.

It introduces and is set to described in the present embodiment in controlled plant and corresponding mobile controlling terminal with reference to the accompanying drawing The specific structure of interface (i.e. above-mentioned first interface 301, second interface 201).

Interface provided in this embodiment, comprising:

The different conductor loop of multiple sizes；Wherein, each conductor loop is in rotational symmetry；Each conductor loop is in geometry phase It seemingly, and according to the arrangement of size nesting is concentric ring structure；

It is filled with insulating materials between the conductor loop, forms insulating layer.

In the present embodiment, each conductor loop in interface is in non-rotational symmetric shape, and each conductor loop is in geometric similarity, And successively nested arrangement is concentric ring structure by size, so that entire interface is also in rotational symmetry structure, thus using In the process, can by any one in be mutually inserted two interfaces, according to environmental factor where it (if any clear, Angle where barrier etc.) adaptability carried out again after rotating by a certain angle grafting (for example, in view of above-mentioned controlled plant volume compared with Greatly, second interface 201 namely moving in rotation controlling terminal can be rotated), to get around barrier.

In addition, do not influenced when in use by barrier since interface provided in this embodiment has rotational symmetry characteristic, Therefore the direct grafting of two electronic equipments may be implemented using interface provided in this embodiment, do not need connecting line.As above by Controlling equipment can not need to connect by connecting line with the mobile direct grafting of controlling terminal；Both it had realized and (had not been used in idle When mobile controlling terminal) it is charged by controlled plant for mobile controlling terminal, and can save and individually match for mobile controlling terminal Charger and connecting line are set, can also solve the problems, such as that mobile controlling terminal is easy to be lost because of small in size, random placement.In addition, Mobile controlling terminal can also directly be plugged to charger, again without connecting line.

Conductor loop described in interface provided in this embodiment includes but is not limited to the power conductor ring for being used for transmission electric energy, And/or it is used for transmission the data conductor ring of data.For an interface, the specific number of conductor loop can be according to this The functional requirement (or wiring requirements) of interface determines.For example, two electric power can only be arranged if interface is only used for charging Conductor loop, one is used to connect positive pole, another is for being grounded；If interface is only used for transmission data, can only be arranged Two data conductor loops are respectively used to the anode and cathode of connection data line；If it is required that reconfiguration mouth not only can be used for charge but also It can be used for transmitting data, then two power conductor rings and two data conductor loops, power conductor ring difference can be set simultaneously Connection positive pole and ground connection, two data conductor loops are separately connected the anode and cathode of data line.

In a feasible embodiment, the different conductor loop of the multiple size for constituting the interface includes multiple diameters Different annulus, and the center of circle of each annulus is overlapped, and forms concentric loop, a kind of top view of equipment interface as shown in Figure 5 (i.e. cross-sectional view).

Referring to Fig. 5, which includes: the second electricity for connecting the first power conductor of positive pole ring 102, for ground connection Power conductor loop 103, for connecting the first data conductor ring 104 of data line anode, for connecting the second number of data line cathode According to conductor loop 105；Each conductor loop is annulus, is in geometric similarity, and the center of circle is overlapped, and forms concentric loop, but diameter is respectively not It is identical, it is descending successively are as follows: the first power conductor ring 102, the first data conductor ring 104, the second data conductor ring 105, Two power conductor rings 103；It is filled with insulating materials between the conductor loop, forms the insulating layer 101 of multiple circular ring types.Such as Fig. 5 It is shown, between the adjacent conductor loop of any two (between the first power conductor ring 102 and the second data conductor ring 105, second number According between conductor loop 105 and the first data conductor ring 104, between the first data conductor ring 104 and the second power conductor ring 103), And be located in the center cavity of the second power conductor ring 103 of concentric loop structure most inner side (i.e. diameter is minimum), it is respectively provided with There is insulating layer, avoid the interference between different routes, realizes that the functions such as charging, data transmission provide hardware foundation for the interface.

Based on interface structure shown in Fig. 5, in another feasible embodiment, it is located at the innermost conductor of concentric loop structure Ring is also designed to the outer ring radius structure equal with the width of ring, i.e. solid-round structures, and the second electric power as shown in FIG. 6 is led Body ring 103.In the case where required conductor loop number is certain, relative to embodiment illustrated in fig. 5, interface structure shown in fig. 6 can To save an insulating layer, to reduce interface volume, namely reduces interface and taken up space, be more suitable for miniature and light and thin type and set It is standby.

From the above technical scheme, the interface of concentric loop structure provided in this embodiment, about its center of circle (or center Axis) it is in 360 ° of rotational symmetry, when in use, equipment can be rotated at random according to actual use scene, to avoid certain angles Barrier, realize have the interface two direct grafting of equipment, it is no longer necessary to using connecting line, under most scenes It will not be influenced by barrier that may be present around.

Interface provided in this embodiment, both can be applied to provide electric energy or send data equipment (such as controlled plant fills Electric appliance etc.), it can be used for storage electric energy or receive the equipment of data (as needed to charge or receive the mobile phone of data, plate electricity Brain, mobile controlling terminal etc.)；For sake of convenience, the present embodiment will be applied to connecing in the equipment for providing electric energy or transmission data Mouthful, end interface of referred to as powering, correspondingly, by applied to the interface in the equipment of storage electric energy or reception data, referred to as receiving end Interface；Two kinds of interface structures are mutually matched, and guarantee that the conductor loop of the identical function in two interfaces in grafting can coincide company It connects and (is stably connected with as the conductor loop kissing in power supply end interface and receiving end interface for ground connection merges, and for connecting power supply Also kissing merging is stably connected with the conductor loop of anode).

In the embodiment of the present application, it is based on interface described previously, can also include absorption other than conductor loop and insulating layer Layer, the adsorption layer are also the ring structure being overlapped with conductor loop in geometric similarity and center.The adsorption layer is for realizing two A interface mutually adsorbs, and guarantees that two interfaces securely connect.

Optionally, the adsorption layer is set on the outside of the maximum conductor loop of size.Further, the adsorption layer and the size Insulating layer is provided between maximum conductor loop.

The top view of another interface as shown in Figure 7；On the basis of interface interface shown in Fig. 6, in diameter maximum The first power conductor ring 102 outside the adsorption layer 106 of circular ring type is set, and between the first power conductor ring 102 and adsorption layer 106 It is provided with the insulating layer of insulating materials formation.The center of circle of the adsorption layer 106 of circular ring type and the center of circle of the first power conductor ring 102 weight It closes (being overlapped with the center of circle of either conductor ring), entire interface is still concentric ring structure.

In the embodiment of the present application, the adsorption layer of the power supply end interface can be and each conductor in the power supply end interface The first concentric magnetic rings of ring；Correspondingly, the adsorption layer of the receiving end interface, then can be mutual with first magnetic rings Absorption and second magnetic rings concentric with the conductor loop of the receiving end interface.

In a feasible embodiment, the first magnetic rings can use magnetic material, and such as permanent magnet is made；Second magnetic Property ring then using can be made by the magnetic material that the magnetic material adsorbs, which includes but is not limited to: iron, cobalt, Nickel or its alloy (such as iron-nickel alloy, ferrocobalt).

In another feasible embodiment, first magnetic rings and the second magnetic rings are made of permanent magnet material, And first magnetic rings outer top surface magnetic pole it is opposite with the outer top surface magnetic pole of second magnetic rings.For example, the first magnetic rings is outer Top surface magnetic pole is the pole N, and the outer top surface of the second magnetic rings is then correspondingly arranged as the pole S.

It is understood that in some embodiments, the material of the first magnetic rings and the second magnetic rings also can be interchanged；Example Such as, power end interface adsorption layer using magnetic material, the adsorption layer of receiving end interface by the magnetic material using can be inhaled Attached magnetic material, as long as it is fixed to guarantee that two interfaces to match can be adsorbed mutually.

The embodiment for guaranteeing that two interfaces are stably connected with is described above through setting adsorption layer.Implement in the application In example, it is not easy to take off after can also guaranteeing interface grafting by the concave-convex variation of conductor loop and insulating layer on central axis direction It falls.It is specifically introduced referring to Fig. 8 and Fig. 9.

Fig. 8 is a kind of AA sectional view of interface shown in Fig. 7, wherein dotted line OO ' is the symmetry axis of the interface, i.e., each to lead Body ring about OO ' in rotational symmetry, the entire profile about the OO ' axisymmetricly；Referring to Fig. 8, interface 500 provided in this embodiment In, each conductor loop (including previously described first power conductor ring 102, the first data conductor ring 104, the second data conductor Ring 105 and the second power conductor ring 103) outer top surface and the outer top surface of adsorption layer 106 maintain an equal level (i.e. in the same plane), it is such as empty Shown in line L1, the outer top surface of each insulating layer 101 maintains an equal level, as shown in dotted line L2, meanwhile, the outer top surface institute of conductor loop and adsorption layer In plane where outer top surface of the plane lower than insulating layer, if the difference in height between dotted line L1 and L2 is (assuming that difference in height is △ H_L1-L2 =-h), the outer top surface of entire interface 500 diametrically concave-convex alternately (being in square waveform fluctuations), forms annular slot.

Match with interface structure shown in Fig. 8, the present embodiment additionally provides another AA section of interface shown in Fig. 7 Figure, i.e. Fig. 9.Similar with Fig. 8, in interface 600 shown in Fig. 9, dotted line OO ' is the symmetry axis of interface；Each conductor loop (including first Power conductor ring 102, the first data conductor ring 104, the second data conductor ring 105 and the second power conductor ring 103) outer top surface Maintain an equal level with the outer top surface of adsorption layer 106, as shown in dotted line L1 ', the outer top surface of each insulating layer 101 maintains an equal level, such as dotted line L2 ' institute Show；Difference with interface 500 shown in Fig. 8 is, in interface 600 shown in Fig. 9, the outer top surface (i.e. L1 ' institute of conductor loop and adsorption layer In plane) it is higher than the outer top surface (i.e. plane where L2 ') of insulating layer, and difference in height is △ H_L1’-L2’=h is formed and interface 500 Complementary annular slot.

Structure shown in Fig. 8 and Fig. 9 can be respectively adopted (for example, in above-mentioned controlled plant in two interfaces being mutually matched First interface uses structure shown in Fig. 9 using structure shown in Fig. 8, the second interface in mobile controlling terminal, alternatively, described first Interface is using structure, the second interface shown in Fig. 9 using structure shown in Fig. 8), grafting, such as Figure 10 are realized by concaveconvex structure The schematic diagram of shown interface 500 and 600 grafting of interface and tear down operations.As it can be seen that the outer top of two interfaces of the connection that matches each other Face bumps change the complementation that fits like a glove, and the conductor loop of two interfaces can contact with each other after grafting, form corresponding electric power or data Transmission channel.

In the application in other feasible embodiments, the interface for two kinds of complementary structures that outer top surface is cambered surface is additionally provided, Cross-sectional view as is illustrated by figs. 11 and 12 (corresponding top view is still Fig. 7, and dotted line OO ' is still symmetry axis).

Referring to Fig.1 1, in the interface 800, the outer top of conductor loop each (including conductor loop 102~105) and adsorption layer 106 Face is arc-shaped concave (hereinafter referred to as the first arc-shaped concave), and the outer top surface of the insulating layer 101 of midfeather is then arc convex (hereinafter referred to as the first arc convex)；It is opposite with Figure 11, in interface 900 shown in Figure 12, conductor loop (including conductor loop 102~ 105) and the outer top surface of adsorption layer 106 is the arc of (arc length is identical and radius is identical) of matching with the first arc-shaped concave radian Shape convex surface (hereinafter referred to as the second arc convex), the outer top surface of the insulating layer 101 of midfeather are then convex with first arc The arc-shaped concave (hereinafter referred to as the second arc-shaped concave) that face matches.

In practical application, structure shown in Figure 11 and Figure 12 can be respectively adopted (for example, above-mentioned in two interfaces being mutually matched First interface, using structure shown in Figure 12, is tied shown in Figure 12 using structure, second interface shown in Figure 11 alternatively, first interface uses Structure, second interface are using structure shown in Figure 11).Signal when Figure 13 is the interface grafting and dismantling of two kinds of structures of Figure 11 and Figure 12 Figure；According to the radian variation of top surface outside two kinds of interfaces it is found that the outer top surface of two kinds of interfaces rises and falls in complementary waveform, grafting Afterwards, the conductor loop of interface 800 and the conductor loop and adsorption layer of the first arc-shaped concave where adsorption layer and another interface 900 place The second arc convex coincide connect, the insulating layer of the first arc convex where the insulating layer of interface 800 and another interface 900 Second arc-shaped concave at place, which coincide, to connect.

Optionally, in interface 800, the first adjacent arc-shaped concave and the first arc convex are tangent in junction；Interface 900 In, the second adjacent arc-shaped concave and the second arc convex are tangent in junction.Interface provided by the present embodiment, outer top surface are equal For arcwall face, and adjacent house type face is tangent in junction, so that the outer top surface of entire interface is in smooth waveform curved surface, avoids The impact, friction of external top surface, extend interface service life in swapping process.

Comparison diagram 10 and Figure 13 are it is found that can only be along symmetrical relative to the interface (i.e. Fig. 8 and Fig. 9 shown in) that outer top surface is plane The case where axis direction inserts or pull out interface, outer top surface are the interface (i.e. Figure 11 and Figure 12 shown in) of cambered surface, in grafting or are torn open Xie Shi can not only insert or pull out interface along symmetrical axis direction, can also be inserted into arbitrary inclination/interface is extracted, It not will cause convex portion fracture, the i.e. direction without the concern for grafting operation, and be more advantageous to the absorption for overcoming two interfaces Attraction between layer (i.e. between magnetic material and magnetic material) is disassembled more labor-saving when interface.

Fig. 5 is circular ring structure to interface shown in Fig. 7, conductor loop, insulating layer etc. above, and in the application, other are feasible Embodiment in, the different conductor loop of the multiple size for constituting interface may be that multiple number of edges are identical, side length is different Regular polygon ring.

Interface top view (sectional view) as shown in figure 14, i.e., by the conductor loop of 4 regular hexagon structures (including institute above The first power conductor ring 102, the first data conductor ring 104, the second data conductor ring 105 and the second power conductor ring 103 stated) Arrangement is concentric ring structure, and insulating layer 101 is filled between conductor loop.Certainly, in other embodiments, conductor loop can also be with Be positive the shapes such as tetracyclic ring (i.e. square loop), regular pentagon ring, octagon ring.It is described previously for limit thinking Interface in circular ring structure infinite more, the infinitesimal regular polygon ring of side length that can also be considered as number of edges.

Optionally, adsorption layer can also be arranged in the interface of above-mentioned regular polygon structure, to realize the jail between two interfaces It is solidly connected, adsorption layer 106 as shown in figure 14.

The sectional view of the interface of above-mentioned regular polygon structure and the interface cross-sectional view of circular ring structure are similar and above-mentioned just polygon The outer top surface of the interface of shape structure can also use plane or cambered surface, can refer to Fig. 8 to Figure 13, details are not described herein again.

Relative to circular ring type interface can in 360 ° any rotation, the rotatable angle of above-mentioned regular polygon type interface It spends relatively fixed and related to the number of edges of regular polygon.Still by taking Figure 14 as an example, the regular hexagon type interface, rotatable angle Degree is the integral multiple of 60 ° (i.e. 360 °/6), i.e., 60 °, 120 °, 180 °, 240 °, 300 ° and 360 °.

Those skilled in the art will readily occur to other embodiment party of the application after considering the disclosure of specification and practice Case.This application is intended to cover any variations, uses, or adaptations of the application, these modifications, purposes or adaptability Variation follows the general principle of the application and including the undocumented common knowledge or usual skill in the art of the application Art means.The description and examples are only to be considered as illustrative, and the true scope and spirit of the application are by following claim It points out.

It should be understood that the application is not limited to the precise structure that has been described above and shown in the drawings, and And various modifications and changes may be made without departing from the scope thereof.Scope of the present application is only limited by the accompanying claims.

Claims (14)

1. a kind of controlled plant characterized by comprising

Apparatus body, and the first interface being arranged on the apparatus body；

The first interface is the ring interface in rotational symmetry structure；

Wherein, the first interface includes: the different conductor loop of multiple sizes；Each conductor loop is in rotational symmetry；It is each to lead Body ring is in geometric similarity, and is concentric ring structure according to the arrangement of size nesting.

2. controlled plant according to claim 1, which is characterized in that the first interface is corresponding with the controlled plant Second interface in mobile controlling terminal matches.

3. controlled plant according to claim 1 or 2, which is characterized in that the first interface is on the apparatus body In concave, and/or, the first interface is set to the upper surface of the apparatus body.

4. controlled plant according to claim 1 or 2, which is characterized in that

It is filled with insulating materials between the conductor loop, forms insulating layer.

5. controlled plant according to claim 1, which is characterized in that the conductor loop includes: the electricity for being used for transmission electric energy Power conductor loop, and/or, it is used for transmission the data conductor ring of data.

6. controlled plant according to claim 1, which is characterized in that the different conductor loop of the multiple size includes multiple The different annulus of diameter；

Alternatively, the different conductor loop of the multiple size includes the regular polygon ring that multiple number of edges are identical, side length is different.

7. controlled plant according to claim 1, which is characterized in that the first interface further include: for to grafting The adsorption layer that mutually adsorbs of another interface；The adsorption layer is in geometric similarity and concentric ring structure with the conductor loop.

8. a kind of mobile controlling terminal characterized by comprising

Terminal body, and the second interface being arranged on the terminal body；

The second interface is the ring interface in rotational symmetry structure；

Wherein, the second interface includes: the different conductor loop of multiple sizes；Wherein, each conductor loop is in rotational symmetry；Respectively A conductor loop is in geometric similarity, and is concentric ring structure according to the arrangement of size nesting.

9. mobile controlling terminal according to claim 8, which is characterized in that the second interface and the mobile control are eventually The first interface on corresponding controlled plant is held to match.

10. mobile controlling terminal according to claim 8 or claim 9, which is characterized in that the second interface is in the terminal sheet It is in raised type on body, and/or, the second interface is set to the upper surface of the terminal body.

11. mobile controlling terminal according to claim 8 or claim 9, which is characterized in that

It is filled with insulating materials between the conductor loop, forms insulating layer.

12. mobile controlling terminal according to claim 8, which is characterized in that the conductor loop includes: to be used for transmission electric energy Power conductor ring, and/or, be used for transmission the data conductor ring of data.

13. mobile controlling terminal according to claim 8, which is characterized in that the different conductor loop packet of the multiple size Include the different annulus of multiple diameters；

Alternatively, the different conductor loop of the multiple size includes the regular polygon ring that multiple number of edges are identical, side length is different.

14. mobile controlling terminal according to claim 8, which is characterized in that the second interface further include: for to The adsorption layer that another interface of grafting mutually adsorbs；The adsorption layer is in geometric similarity and concentric ring junction with the conductor loop Structure.