CN204391773U - A kind of charging station - Google Patents
A kind of charging station Download PDFInfo
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- CN204391773U CN204391773U CN201420673486.0U CN201420673486U CN204391773U CN 204391773 U CN204391773 U CN 204391773U CN 201420673486 U CN201420673486 U CN 201420673486U CN 204391773 U CN204391773 U CN 204391773U
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Abstract
The utility model discloses a kind of charging station, it comprises a bracing or strutting arrangement in formation one space, wherein above-mentioned charging station also comprises a device for generating electric energy, an electric storage device and a charging device, and wherein above-mentioned device for generating electric energy is arranged at above-mentioned bracing or strutting arrangement top, for generation one electric energy; Wherein above-mentioned electric storage device is positioned at above-mentioned space, and above-mentioned electric storage device comprises the power storage element being electrically connected on above-mentioned device for generating electric energy, and above-mentioned power storage element is for storing above-mentioned electric energy; Wherein above-mentioned charging device is positioned at above-mentioned space, and above-mentioned charging device comprises at least one charging end being electrically connected on above-mentioned power storage element, for the above-mentioned electric energy of output.
Description
Technical field
The utility model relates to a kind of appliance field, particularly a kind of charging station, and wherein above-mentioned charging station is not to consume on the basis of civil power, for mobile electronic device provides electric energy, thus, easy to use.
Background technology
Be that the mobile electronic device of representative plays important role in daily life with smart mobile phone.Common mobile electronic device has a larger display screen and a storage battery, such as lithium battery, wherein above-mentioned storage battery provides electric energy for the operation of whole mobile electronic device, and above-mentioned display screen is mutual for what realize between user and mobile electronic device.
Due to the restriction of the volume and battery technology that are subject to mobile electronic device, the finite capacity of usual above-mentioned storage battery, and on the other hand, although the experience that larger above-mentioned display screen can make mobile electronic device provide good, it must cause the rapid wear of the electric energy stored in above-mentioned storage battery.Generally, after the electric energy in above-mentioned storage battery is consumed, user can utilize socket to coordinate the mode of data wire to be added to by civil power in above-mentioned storage battery, this mode is seriously limited to place, that is, when this place does not have the laying of electricity network, civil power just cannot add in above-mentioned storage battery by user.
In order to solve the problem, someone utility model mobile charger, in fact this mobile charger is exactly that a storage battery that can be moved is added a housing and made, user is in the process used, first civil power is added in the above-mentioned storage battery of above-mentioned mobile charger, then in case of need, the electric energy in the above-mentioned storage battery of above-mentioned moving charging battery is outputted in the above-mentioned storage battery of mobile electronic device, thus, meet the needs of mobile electronic device.Although this mode can alleviate the problems referred to above, but, there is very many-sided defect equally in it, such as user, in the process of trip, must carry with above-mentioned mobile charger, and the deadweight of above-mentioned mobile charger often allows user feel to bear, and in the use procedure of reality, user then can not carry above-mentioned mobile charger, and that is, above-mentioned mobile charger cannot provide better Consumer's Experience.
On the other hand, clean energy resource is because can not bring pollution to environment, and receive the concern of society widely, therefore, for a period of time nearest, the technology obtaining clean energy resource achieves larger progress, and based on these technology, people have also carried out more exploration for how applying clean energy resource better.Therefore, for the applicant of this application case, how being applied to better in the use procedure of mobile electronic device by clean energy resource, is the problem of primary study.
Utility model content
(1) technical problem that will solve
The technical problems to be solved in the utility model is to provide a kind of charging station, existingly provides the mobile charger of electric energy supplement or other the defect providing the mode inconvenience of electric energy supplement for mobile electronic device to overcome.
(2) technical scheme
In order to achieve the above object, the utility model provides a kind of charging station, electric energy is provided for for a mobile electronic device, above-mentioned mobile electronic device has a charging inlet, wherein above-mentioned charging station comprises a device for generating electric energy, an electric storage device and a charging device, and above-mentioned device for generating electric energy is for generation of electric energy; Above-mentioned electric storage device comprises a power storage element further, and above-mentioned power storage element is electrically connected on above-mentioned device for generating electric energy, for storage of electrical energy; Above-mentioned charging device comprises at least one charging end further, and each above-mentioned charging end is electrically connected on above-mentioned power storage element respectively, and each above-mentioned charging end is respectively coupled to the above-mentioned charging inlet of above-mentioned mobile electronic device.
Further, above-mentioned charging station also comprises a communication device, and above-mentioned communication device has a communication module further, and above-mentioned communication module is electrically connected on above-mentioned power storage element, with radiation one communication signal, above-mentioned mobile electronic device is accepted above-mentioned communication signal.
Further, above-mentioned charging station also comprises a bracing or strutting arrangement, above-mentioned bracing or strutting arrangement comprises at least one side plate and a top board, wherein above-mentioned top board is arranged at each above-mentioned side plate top, with the space making each above-mentioned side plate and above-mentioned top board form relative closure, above-mentioned device for generating electric energy is arranged at above-mentioned top board, and above-mentioned electric storage device and above-mentioned charging device are arranged at above-mentioned space respectively.
(3) beneficial effect
The beneficial effects of the utility model: provide a kind of completely newly provide the mode of electric energy supplement for mobile electronic device, and above-mentioned charging station make use of clean energy resource, not need to consume on the basis of civil power, easily for mobile electronic device provides electric energy supplement, meet the use needs of user.
Main advantage of the present utility model is to provide a kind of charging station, and wherein above-mentioned charging station is not to consume on the basis of civil power, for mobile electronic device provides electric energy, thus, easy to use.
Another advantage of the present utility model is to provide a kind of charging station, wherein above-mentioned charging station provides a device for generating electric energy, above-mentioned device for generating electric energy can produce clean electric energy, such as above-mentioned device for generating electric energy make use of the renewable energy technologies such as solar energy or wind energy to realize, thus providing of above-mentioned charging station can not produce any negative impact to surrounding environment.
Another advantage of the present utility model is to provide a kind of charging station, wherein above-mentioned charging station provides an electric storage device, in the power storage element that the power storage that above-mentioned device for generating electric energy produces can provide to it by above-mentioned electric storage device, thus, even if when the surrounding environment of above-mentioned charging station does not meet the condition of above-mentioned device for generating electric energy generation electric energy, the electric energy consume of above-mentioned charging station in following a period of time also can be met.
Another advantage of the present utility model is to provide a kind of charging station, wherein above-mentioned charging station provides a communication device, above-mentioned communication device comprises a communication module, when above-mentioned communication module is switched on electric current, can radiation one communication signal, any mobile electronic device with communication signal ability to accept can receive a communication signal of above-mentioned communication module institute radiation, thus, user, when using above-mentioned charging station for mobile electronic device electric energy supplement, can utilize the above-mentioned communication signal of above-mentioned communication module radiation to reach the object of online.
Another advantage of the present utility model is to provide a kind of charging station, and wherein above-mentioned charging station by being formed equipment transformations such as traditional telephone booths, like this, can utilize how idle social resources, to reduce the popularization cost of above-mentioned charging station.
Another advantage of the present utility model is to provide a kind of charging station, and wherein above-mentioned charging station does not need complicated structure, just on the basis of use needs meeting user, can reduce use cost, and save the energy and useful environmental protection as much as possible.
Another advantage of the present utility model is to provide a kind of charging station, and wherein above-mentioned charging station manufacturing process is simple, with low cost, has higher cost performance and practical value.
The utility model provides a kind of charging station, reaches above-mentioned advantage and other advantage, and wherein above-mentioned charging station is used for providing electric energy for a mobile electronic device, and above-mentioned mobile electronic device has a charging inlet, and above-mentioned charging station comprises:
One device for generating electric energy, for generation of an electric energy;
One electric storage device, above-mentioned electric storage device comprises a power storage element, and above-mentioned power storage element is electrically connected on above-mentioned device for generating electric energy, for the above-mentioned electric energy of storage; And
One charging device, above-mentioned charging device comprises at least one charging end, and each above-mentioned charging end is electrically connected on above-mentioned power storage element respectively, and each above-mentioned charging end is respectively coupled to above-mentioned charging inlet.
According to an aspect of the present utility model, above-mentioned charging station also comprises a bracing or strutting arrangement, above-mentioned bracing or strutting arrangement comprises at least one side plate and a top board, each side of each above-mentioned side plate extends respectively and fixes, above-mentioned top board is arranged at each above-mentioned side plate, to form a space between each above-mentioned side plate and above-mentioned top board, above-mentioned device for generating electric energy is arranged at above-mentioned top board, and above-mentioned electric storage device and above-mentioned charging device are housed inside above-mentioned space respectively.
According to an aspect of the present utility model, above-mentioned electric storage device comprises an installation elements further, and above-mentioned installation elements is arranged at an above-mentioned side plate, and wherein above-mentioned installation elements also has at least one receptive cavity, and above-mentioned power storage element is positioned at above-mentioned receptive cavity.
According to an aspect of the present utility model, above-mentioned charging station also comprises a communication device, and above-mentioned communication device comprises a communication module, and above-mentioned communication module is positioned at above-mentioned receptive cavity, and above-mentioned communication module is electrically connected on above-mentioned power storage element, with radiation one communication signal.
According to an aspect of the present utility model, above-mentioned communication device comprises a control module further, above-mentioned control module is electrically connected on above-mentioned power storage element and above-mentioned communication module respectively, and wherein above-mentioned control module is controlled above-mentioned power storage element and is electrically connected with above-mentioned communication module.
According to an aspect of the present utility model, above-mentioned charging station also comprises an exhibiting device, and above-mentioned exhibiting device comprises a retaining element and a show element, and above-mentioned retaining element is arranged at an above-mentioned side plate, wherein above-mentioned show element is arranged at above-mentioned retaining element, for exhibition information.
According to an aspect of the present utility model, above-mentioned charging station also comprises a light-emitting component, and above-mentioned light-emitting component is arranged at above-mentioned retaining element, and above-mentioned light-emitting component is electrically connected on above-mentioned power storage element, to produce light.
According to an aspect of the present utility model, above-mentioned charging end comprises USB interface and charging inlet.
According to an aspect of the present utility model, above-mentioned mobile electronic device comprises the one of mobile phone, smart mobile phone, dull and stereotyped electric energy, e-book, MP3.
According to an aspect of the present utility model, above-mentioned device for generating electric energy comprises a bracing frame and at least one solar panels, above-mentioned bracing frame is arranged at above-mentioned top board, and each above-mentioned solar panels are arranged at above-mentioned bracing frame, and each above-mentioned solar panels are electrically connected on above-mentioned power storage element.
It is the method for a mobile electronic device electric energy supplement by a charging station that the utility model provides again a kind of, and above-mentioned mobile electronic device has a charging inlet, and said method comprises step:
S1: produce an electric energy, by providing a device for generating electric energy, is converted into above-mentioned electric energy by natural energy;
S2: store above-mentioned electric energy in a power storage element, by providing an electric storage device, above-mentioned electric storage device comprises the power storage element being electrically connected on above-mentioned device for generating electric energy; And
S3: be electrically connected at least one charging end in above-mentioned power storage element, by providing a charging device, above-mentioned charging device comprises each above-mentioned charging end; And above-mentioned charging inlet is optionally electrically connected on an above-mentioned charging end, thinks above-mentioned mobile electronic device electric energy supplement.
According to an aspect of the present utility model, said method also comprises step:
S4: radiation one communication signal, by providing a communication device, above-mentioned communication device comprises a communication module, and above-mentioned communication module is electrically connected on above-mentioned power storage element, with the above-mentioned communication signal of radiation.
According to an aspect of the present utility model, in step s 4 which, control above-mentioned power storage element for above-mentioned communication module by a control module and electric energy is provided, wherein above-mentioned control module is electrically connected on above-mentioned power storage element and above-mentioned communication module respectively, when above-mentioned control module satisfies condition, above-mentioned power storage element is connected above-mentioned communication module by above-mentioned control module.
According to an aspect of the present utility model, said method also comprises step:
S5: exhibition information, carry out exhibition information by the show element being electrically connected on above-mentioned power storage element, wherein above-mentioned charging station comprises an exhibiting device, and above-mentioned exhibiting device comprises a retaining element and is arranged at the above-mentioned show element of above-mentioned retaining element.
According to an aspect of the present utility model, above-mentioned charging station also comprises a bracing or strutting arrangement, above-mentioned bracing or strutting arrangement comprises at least one side plate and a top board, each side of each above-mentioned side plate extends respectively and fixes, above-mentioned top board is arranged at each above-mentioned side plate, to form a space between each above-mentioned side plate and above-mentioned top board, above-mentioned device for generating electric energy is arranged at above-mentioned top board, and above-mentioned electric storage device and above-mentioned charging device are housed inside above-mentioned space respectively.
The utility model provides again a kind of charging station, comprise a bracing or strutting arrangement in formation one space, wherein above-mentioned charging station also comprises a device for generating electric energy, an electric storage device and a charging device, and wherein above-mentioned device for generating electric energy is arranged at above-mentioned bracing or strutting arrangement top, for generation one electric energy; Wherein above-mentioned electric storage device is positioned at above-mentioned space, and above-mentioned electric storage device comprises the power storage element being electrically connected on above-mentioned device for generating electric energy, and above-mentioned power storage element is for storing above-mentioned electric energy; Wherein above-mentioned charging device is positioned at above-mentioned space, and above-mentioned charging device comprises at least one charging end being electrically connected on above-mentioned power storage element, for the above-mentioned electric energy of output.
According to an aspect of the present utility model, above-mentioned charging station also comprises the communication device being positioned at above-mentioned space, and wherein above-mentioned communication device comprises a communication module, and above-mentioned communication module is electrically connected on above-mentioned power storage element, with radiation one communication signal.
According to an aspect of the present utility model, above-mentioned communication device also comprises a control module, above-mentioned control module is electrically connected on above-mentioned power storage element and above-mentioned communication module respectively, and above-mentioned control module is when meeting pre-conditioned, is controlled above-mentioned communication module and being electrically connected with above-mentioned power storage element.
According to an aspect of the present utility model, above-mentioned charging station also comprises the exhibiting device being positioned at above-mentioned space, above-mentioned exhibiting device comprises a retaining element and is arranged at a show element of above-mentioned retaining element, wherein above-mentioned show element is used for exhibition information, and above-mentioned retaining element is arranged at above-mentioned bracing or strutting arrangement.
According to an aspect of the present utility model, above-mentioned charging station also comprises the light-emitting component being arranged at above-mentioned retaining element, and wherein above-mentioned light-emitting component is electrically connected on above-mentioned power storage element, with generating strap light.
According to an aspect of the present utility model, above-mentioned light-emitting component is LED light-emitting component.
According to an aspect of the present utility model, above-mentioned charging end comprises one or both of USB interface and charging inlet.
According to an aspect of the present utility model, above-mentioned bracing or strutting arrangement is a traditional telephone booth, wherein above-mentioned bracing or strutting arrangement comprises at least one side plate and a top board further, each side of each above-mentioned side plate extends respectively and fixes, above-mentioned top board is arranged at each above-mentioned side plate, to form above-mentioned space between each above-mentioned side plate and above-mentioned top board, above-mentioned device for generating electric energy is arranged at above-mentioned top board, and above-mentioned electric storage device and above-mentioned charging device are housed inside above-mentioned space respectively.
According to an aspect of the present utility model, above-mentioned device for generating electric energy comprises the bracing frame and at least one solar panels that are arranged at above-mentioned top board, wherein each above-mentioned solar panels are arranged at above-mentioned bracing frame, and each above-mentioned solar panels are electrically connected on above-mentioned power storage element.
According to an aspect of the present utility model, above-mentioned electric storage device also comprises an installation elements, and above-mentioned installation elements is arranged at above-mentioned bracing or strutting arrangement, and above-mentioned installation elements forms at least one receptive cavity, and above-mentioned power storage element is positioned at above-mentioned receptive cavity.
These and other objects of the present utility model, characteristics and advantages, embodied fully by following embodiment, Figure of description and claim and combination thereof and expressed.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the charging station according to a preferred embodiment of the present utility model.
Fig. 2 is the decomposing schematic representation of the charging station according to above preferred embodiment of the present utility model.
Fig. 3 is the block diagram representation of the charging station according to above preferred embodiment of the present utility model.
Fig. 4 is the schematic perspective view of an execution mode of the device for generating electric energy of charging station according to above preferred embodiment of the present utility model.
Fig. 5 A and Fig. 5 B is the different using state schematic diagrames of the device for generating electric energy of charging station according to above preferred embodiment of the present utility model.
Fig. 6 is the schematic perspective view of an another execution mode of the device for generating electric energy of charging station according to above preferred embodiment of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, content of the present utility model is further described.
As shown in Fig. 1 to Fig. 5 B, it is the schematic perspective view of the charging station according to the spiritual preferred embodiment provided of the utility model, wherein in this preferred embodiment of the present utility model, above-mentioned charging station comprises a device for generating electric energy 10, one electric storage device 20 and a charging device 30, wherein above-mentioned device for generating electric energy 10, above-mentioned electric storage device 20 can form above-mentioned charging station with above-mentioned charging device 30 based on certain structural relation, an electric energy is converted into for by natural energy, thus be the battery electric energy supplement of a mobile electronic device 100, and in the ensuing description of this specification, will to above-mentioned device for generating electric energy 10, above-mentioned electric storage device 20 is further elaborated with the relation of above-mentioned charging device 30.
As shown in Figure 2, above-mentioned charging station comprises a bracing or strutting arrangement 40 further, above-mentioned bracing or strutting arrangement 40 comprises at least one side plate 41 and a top board 42, wherein each above-mentioned side plate 41 each side extend and fixed with each other, form a space 43 of general square shape, above-mentioned top board 42 is arranged at the top of each above-mentioned side plate 41, for the upper opening closing above-mentioned space 43, thus, make above-mentioned space 43 have the feature of relative closure.Further, one of them above-mentioned side plate 41 in each above-mentioned side plate 41 is rotatably installed on another the above-mentioned side plate 41 adjoined with it, like this, user can enter into by above-mentioned side plate 41 the above-mentioned space 43 that each above-mentioned side plate 41 formed with above-mentioned top board 42.Above-mentioned device for generating electric energy 10 is arranged at above-mentioned top board 42, to be able to by above-mentioned top board 42 to make above-mentioned device for generating electric energy 10 support, wherein between above-mentioned device for generating electric energy 10 and above-mentioned top board 42, there is default angle, natural energy can be utilized better to make above-mentioned device for generating electric energy 10, such as, solar energy or wind energy etc.
It is worth mentioning that, angle between above-mentioned device for generating electric energy 10 from above-mentioned top board 42 can need to be adjusted based on different uses, as shown in Figure 1, above-mentioned device for generating electric energy 10 comprises at least one solar panels 11 and a bracing frame 12, each above-mentioned solar panels 11 are arranged at above-mentioned bracing frame 12 with arranging, above-mentioned bracing frame 12 is placed on above-mentioned top board 42, wherein the height of the side of above-mentioned bracing frame 12 is greater than the height of opposite side corresponding thereto, like this, when the bottom of above-mentioned bracing frame 12 is placed or is installed on the plane of relative level, the plane that such as above-mentioned top board 42 is formed, the top meeting shape of above-mentioned bracing frame 12 at an angle, and the size of this angle is decided by the height of the both sides of above-mentioned bracing frame 12, certainly, need based on different uses, this angle can be adjusted, like this, above-mentioned solar panels 11 also have gradient roughly simultaneously, thus, above-mentioned solar panels 11 can utilize solar energy better, and convert solar energy into above-mentioned electric energy follow-up.
Also it is worth mentioning that, on the one hand, when different regional locations (such as according to the position that latitude divides) uses above-mentioned charging station, the gradient of each above-mentioned solar panels 11 is determined in advance, like this, can ensure that above-mentioned charging station farthest can utilize local solar energy resources, thus be had by the stability in the process that uses at it and ensure largely.On the other hand, above-mentioned bracing frame 12 can also be configured to adjustable structure, like this, need based on different uses, can by the different height of every side of the above-mentioned bracing frame 12 of adjustment, change the gradient of each the above-mentioned solar panels 11 being arranged at above-mentioned bracing frame 12, thus, make above-mentioned charging station can utilize solar panels better.As fig. 5 a and fig. 5b, the above-mentioned angle of inclination of device for generating electric energy 10 under different using states is shown.
In specific embodiments more of the present utility model, above-mentioned bracing or strutting arrangement 40 can be traditional telephone booth, that is, on the basis of traditional telephone booth, above-mentioned device for generating electric energy 10, above-mentioned electric storage device 20 and above-mentioned charging device 30 can be configured to it, give the function that traditional telephone booth is new, and by the above-mentioned charging station that such mode is formed, not only can reduce the cost that above-mentioned charging station is promoted, but also the waste of resource can be reduced, and be beneficial to environmental protection.Those skilled in the art should be appreciated that in other specific embodiments of the present utility model, and above-mentioned bracing or strutting arrangement 40 can also have other structure.
Further, above-mentioned electric storage device 20 and above-mentioned charging device 30 are arranged in the above-mentioned space 43 that above-mentioned bracing or strutting arrangement 40 formed respectively, to make at above-mentioned charging station by the process that uses, above-mentioned electric storage device 20 and above-mentioned charging device 30 can reduce the impact of the environment that it is subject to as much as possible, thus, ensure the stability of above-mentioned charging station in the process used.
Further, above-mentioned electric storage device 20 comprises a power storage element 21 further, above-mentioned power storage element 21 is electrically connected on above-mentioned device for generating electric energy 10, preferably, above-mentioned power storage element 21 is electrically connected on each above-mentioned solar panels 11, like this, first the above-mentioned electric energy that each above-mentioned solar panels 11 transform can be stored in above-mentioned power storage element 21.It is worth mentioning that, the above-mentioned electric energy that each above-mentioned solar panels 11 transform can be transmitted and be stored in above-mentioned power storage element 21, but the above-mentioned electric energy in above-mentioned power storage element 21 can not be reversed and transfer to each above-mentioned solar panels 11, that is, in the process that above-mentioned charging station uses, the above-mentioned electric energy stored in above-mentioned power storage element 21 can not be discharged by each above-mentioned solar panels 11.
It should be noted that, as long as each above-mentioned solar panels 11 are in qualified environment, capital converts solar energy into above-mentioned electric energy, and by above-mentioned power storage in above-mentioned power storage element 21, like this, even within a period of time in future, the environment around above-mentioned charging station does not meet the condition that each above-mentioned solar panels 11 transform natural energy, and the electric energy in above-mentioned power storage element 21 still can meet the use needs of above-mentioned charging station.Based on such design, above-mentioned charging station does not need electricity network to provide civil power, just can meet it at daily use needs, therefore, is conducive to saving the energy and environmental protection.
Above-mentioned charging device 30 comprises at least one charging end 31, and each above-mentioned charging end 31 is electrically connected on above-mentioned power storage element 21 respectively, and that is, the above-mentioned electric energy stored in above-mentioned power storage element 21 can be transferred to each above-mentioned charging end 31.When using above-mentioned charging device 30 to charge for above-mentioned mobile electronic device 100, as long as by the above-mentioned charging end 31 of the charging inlet of above-mentioned for adaptation mobile electronic device 100, insert and be linked into above-mentioned charging end 31, just the electric energy in above-mentioned power storage element 21 can be added in the battery of above-mentioned mobile electronic device 100, thus, for it provides above-mentioned electric energy.
It should be noted that, in the different embodiment of above-mentioned charging station, above-mentioned charging device 30 can be provided with dissimilar above-mentioned charging end 31, such as, in this embodiment, the type of above-mentioned charging end 31 comprises USB interface and charging inlet, like this, on the one hand, user is when using above-mentioned charging station, charging in the above-mentioned charging end 31 that above-mentioned mobile electronic device 100 can be directly connected to charging inlet type, also can be charged the above-mentioned charging end 31 that above-mentioned mobile electronic device 100 is connected to usb type by data wire.That is, the above-mentioned charging end 31 provided of above-mentioned charging station has multiple different occupation mode, meets the different needs of user.
Further, above-mentioned charging device 30 also comprises an installation elements 32, above-mentioned installation elements 32 is arranged at an above-mentioned side plate 41, to be supported to preset height by above-mentioned side plate 41, and each compartment of terrain, above-mentioned charging end 31 is arranged at the top of above-mentioned installation elements 32, like this, above-mentioned mobile electronic device 100 can be positioned on above-mentioned installation elements 32 by user, to guarantee its fail safe in the process being added electric energy.
As shown in Figure 2, above-mentioned charging station also comprises a communication device 50, above-mentioned communication device 50 support by above-mentioned bracing or strutting arrangement 40, wherein above-mentioned communication device 50 comprises a communication module 51 further, above-mentioned communication module 51 is electrically connected on above-mentioned power storage element 21, wherein when above-mentioned power storage element 21 provides electric energy for above-mentioned communication module 51, above-mentioned communication module 51 is able to radiation one communication signal, at this moment, above-mentioned mobile electronic device 100 in above-mentioned communication signal range of effective radiation, above-mentioned communication signal can be received, thus, user can realize the object of online based on above-mentioned communication signal.
Further, above-mentioned communication device 50 also comprises a control module 52, above-mentioned control module 52 is electrically connected on above-mentioned power storage element 21 and above-mentioned communication module 51 respectively, and wherein above-mentioned control module 52 is controlled above-mentioned power storage element 21 for above-mentioned communication module 51 provides electric energy.Be understandable that, when the state of above-mentioned control module 52 meets pre-conditioned, above-mentioned control module 52 is for connecting above-mentioned power storage element 21 and above-mentioned communication module 51, thus, allow above-mentioned communication module 51 can the above-mentioned communication signal of radiation, and when above-mentioned control module 52 does not meet pre-conditioned, above-mentioned control module 52 can stop above-mentioned power storage element 21 for above-mentioned communication module 51 provides electric energy, at this moment, above-mentioned communication module 51 does not produce above-mentioned communication signal.
It is worth mentioning that, above-mentioned communication module 51 can time Wi-Fi communication module, like this, above-mentioned communication signal is Wi-Fi signal, and the Wi-Fi module that user can be provided by above-mentioned mobile electronic device 100 accepts the Wi-Fi signal of above-mentioned communication module 51 radiation.Certainly, those skilled in the art should be appreciated that above-mentioned communication module 51 is only a specific embodiment of above-mentioned charging station as Wi-Fi module, and therefore, above-mentioned communication module 51 can also have other implementation.
Above-mentioned installation elements 32 also has at least one receptive cavity 321 further, and above-mentioned electric storage device 20 and above-mentioned communication device 50 can be stored in each above-mentioned receptive cavity 321 respectively, to guarantee the stability of above-mentioned charging station.
Above-mentioned charging station also comprises an exhibiting device 60, above-mentioned exhibiting device 60 comprises retaining element 61 and a show element 62, above-mentioned retaining element 61 is arranged at an above-mentioned side plate 41, to be supported to preset height by above-mentioned side plate 41, above-mentioned show element 62 is arranged at above-mentioned retaining element 61, and above-mentioned show element 62 is electrically connected on above-mentioned power storage element 21, with under the effect of above-mentioned power storage element 21, for showing the information being preset in above-mentioned show element 62 inside.Be understandable that, above-mentioned show element 62 may be implemented as the intelligent terminal that has display, like this, can show various information, such as local news, policy, advertisement etc. by above-mentioned show element 62.Thus user, when using above-mentioned charging station to be above-mentioned mobile electronic device 100 electric energy supplement, can also understand various information by above-mentioned show element 62.
Further, above-mentioned retaining element 61 can also form a container cavity 611, for other the necessary elements holding the above-mentioned charging stations such as such as supervising device.The above-mentioned supervising device of such as above-mentioned charging station can be used for monitoring the running status of above-mentioned charging station, and it can be undertaken by the mode of indicator light, is understandable that, different indicator lights indicates the different operating state of above-mentioned charging station.Further, above-mentioned supervising device wirelessly can also link together with background system, like this, the running status of above-mentioned charging station can be grasped in time by background system, in breaking down at above-mentioned charging station or to need repairing, it is safeguarded fast, certainly, can also change by background system the content that above-mentioned show element 62 shows.
Specifically, above-mentioned charging station can convert solar energy into above-mentioned electric energy by each the above-mentioned solar panels 11 being arranged at the above-mentioned top board 42 of above-mentioned bracing or strutting arrangement 40, and above-mentioned electric energy can be stored in above-mentioned power storage element 21 follow-up, above-mentioned power storage element 21 1 aspect can provide above-mentioned electric energy for the work of other elements, on the other hand, when the environment residing for each above-mentioned solar panels 11 does not meet needing of the above-mentioned electric energy of generation, above-mentioned power storage element 21 can also ensure the normal operation of above-mentioned charging station within one period, time understandable, according to the use needs of zones of different position, the difference that the accommodation of above-mentioned power storage element 21 can be designed.
User can by being electrically connected on above-mentioned power storage element 21, and each the above-mentioned charging end 31 supported by above-mentioned installation elements 32 supplements above-mentioned electric energy for above-mentioned mobile electronic device 100, and when above-mentioned mobile electronic device is not mated in the above-mentioned charging end 31 of the charging inlet type provided in above-mentioned charging end, data wire can also be coordinated to supplement above-mentioned electric energy for above-mentioned mobile electronic device 100 by the above-mentioned charging end 31 of USB interface.
User can according to the setting needs of above-mentioned control module 52, above-mentioned control module 52 can be met and connect the condition that is electrically connected with above-mentioned power storage element 21 of above-mentioned communication module 51, make above-mentioned communication module 51 can the above-mentioned communication signal of radiation, like this, user can accept above-mentioned communication signal by the communication module being pre-configured in above-mentioned mobile electronic device 100, to realize online.
Meanwhile, utilizing above-mentioned charging station to be while above-mentioned mobile electronic device 100 supplements above-mentioned electric energy, the content that user can also be shown by above-mentioned show element 62 understands various information.
Be understandable that, the type of above-mentioned mobile electronic device 100 is unrestricted, and it can include but not limited to the electronic equipment such as mobile phone, smart mobile phone, dull and stereotyped electric energy, e-book, MP3.
In other embodiment of the present utility model, above-mentioned charging station can also comprise a light-emitting component 70, above-mentioned light-emitting component 70 is electrically connected on above-mentioned power storage element 21, for generation light, wherein, the light that above-mentioned light-emitting component 70 produces can be radiated to each above-mentioned charging end 31, when using above-mentioned charging station to make user under the environment of dark, easily above-mentioned to above-mentioned mobile electronic device and each charging end 31 can be connected, thus, easy to use.Further, above-mentioned light-emitting component 70 is LED light-emitting component, the consume of the above-mentioned electric energy brought with the use reducing above-mentioned light-emitting component 70, thus, extend the cruising time of above-mentioned charging station.
Further, it is the method for above-mentioned mobile electronic device 100 electric energy supplement by above-mentioned charging station that the utility model also provides a kind of, and above-mentioned mobile electronic device 100 has above-mentioned charging port, and wherein said method comprises step:
S1: produce an electric energy, by providing a device for generating electric energy 10, is converted into above-mentioned electric energy by natural energy;
S2: store above-mentioned electric energy in a memory element 21, by providing an electric storage device 20, above-mentioned electric storage device 20 comprises the power storage element 21 being electrically connected on above-mentioned device for generating electric energy; And
S3: be electrically connected at least one charging end 31 in above-mentioned power storage element 21, by providing a charging device 30, above-mentioned charging device 30 comprises each above-mentioned charging end 31; And above-mentioned charging inlet is optionally electrically connected on an above-mentioned charging end 31, thinks above-mentioned mobile electronic device 100 electric energy supplement.
Further, said method also comprises step:
S4: radiation one communication signal, by providing a communication device 50, above-mentioned communication device 50 comprises a communication module 51, and above-mentioned communication module 51 is electrically connected on above-mentioned power storage element 21, with the above-mentioned communication signal of radiation.
Further, in step s 4 which, also step is comprised:
Control above-mentioned power storage element 21 for above-mentioned communication module 51 by a control module 52 and electric energy is provided.Like this, when the state of above-mentioned control module 52 meets pre-conditioned, above-mentioned control module 52 is for connecting above-mentioned power storage element 21 and above-mentioned communication module 51, thus, allow above-mentioned communication module 51 can the above-mentioned communication signal of radiation, and when above-mentioned control module 52 does not meet pre-conditioned, above-mentioned control module 52 can stop above-mentioned power storage element 21 for above-mentioned communication module 51 provides electric energy, at this moment, above-mentioned communication module 51 does not produce above-mentioned communication signal.
Further, said method also comprises step:
S5: exhibition information, exhibition information is carried out by the show element 62 being electrically connected on above-mentioned power storage element 21, wherein above-mentioned charging station comprises an exhibiting device 60, and above-mentioned exhibiting device 60 comprises a retaining element 61 and is arranged at the above-mentioned show element 62 of above-mentioned retaining element 61.
The charging station according to spiritual another preferred embodiment provided of the utility model as shown in Figure 6, wherein in this preferred embodiment of the present utility model, above-mentioned charging station comprises a device for generating electric energy 10, one electric storage device 20 and a charging device 30, the difference of first preferred embodiment of the present utility model provided with Fig. 1 is, in this embodiment of the present utility model, above-mentioned device for generating electric energy 10 comprises a wind energy component 13, above-mentioned wind energy component 13 is electrically connected on above-mentioned power storage element 21, wherein wind energy transformation can be above-mentioned electric energy and be stored in above-mentioned power storage element 21 by above-mentioned wind energy component 13, for the normal operation ensureing above-mentioned charging station.
Be understandable that, in the different embodiment of above-mentioned charging station, the natural energy of multiple formation can be converted into above-mentioned electric energy and be stored in above-mentioned power storage element 21 by above-mentioned charging station, such as, and any type of regenerative resources such as wind energy, solar energy, biological energy source.
Should be appreciated that above disclosed and other the various concrete enforcement of 26S Proteasome Structure and Function or its substitute formed or distortion can advantageously be attached to many other different system or application in.In addition, subsequently can by those skilled in the art make various current do not meet or unexpectedly alternatively to be formed, amendment, distortion or improvement wherein, be intended to these to contain herein with in once right.
Claims (10)
1. a charging station, comprise a bracing or strutting arrangement in formation one space, it is characterized in that, above-mentioned charging station also comprises a device for generating electric energy, an electric storage device and a charging device, wherein above-mentioned device for generating electric energy is arranged at above-mentioned bracing or strutting arrangement top, for generation one electric energy; Wherein above-mentioned electric storage device is positioned at above-mentioned space, and above-mentioned electric storage device comprises the power storage element being electrically connected on above-mentioned device for generating electric energy, and above-mentioned power storage element is for storing above-mentioned electric energy; Wherein above-mentioned charging device is positioned at above-mentioned space, and above-mentioned charging device comprises at least one charging end being electrically connected on above-mentioned power storage element, for the above-mentioned electric energy of output.
2. charging station as above-mentioned in claim 1, it is characterized in that, above-mentioned charging station also comprises the communication device being positioned at above-mentioned space, and wherein above-mentioned communication device comprises a communication module, above-mentioned communication module is electrically connected on above-mentioned power storage element, with radiation one communication signal.
3. charging station as above-mentioned in claim 2, it is characterized in that, above-mentioned communication device also comprises a control module, above-mentioned control module is electrically connected on above-mentioned power storage element and above-mentioned communication module respectively, and above-mentioned control module is when meeting pre-conditioned, is controlled above-mentioned communication module and being electrically connected with above-mentioned power storage element.
4. charging station as above-mentioned in claim 1, it is characterized in that, above-mentioned charging station also comprises the exhibiting device being positioned at above-mentioned space, above-mentioned exhibiting device comprises a retaining element and is arranged at a show element of above-mentioned retaining element, wherein above-mentioned show element is used for exhibition information, and above-mentioned retaining element is arranged at above-mentioned bracing or strutting arrangement.
5. charging station as above-mentioned in claim 4, is characterized in that, above-mentioned charging station also comprises the light-emitting component being arranged at above-mentioned retaining element, and wherein above-mentioned light-emitting component is electrically connected on above-mentioned power storage element, with generating strap light.
6. charging station as above-mentioned in claim 5, is characterized in that, above-mentioned light-emitting component is LED light-emitting component.
7. charging station as above-mentioned in claim 1, is characterized in that, above-mentioned charging end comprises one or both of USB interface and charging inlet.
8. charging station as above-mentioned in claim 1, it is characterized in that, above-mentioned bracing or strutting arrangement is a traditional telephone booth, wherein above-mentioned bracing or strutting arrangement comprises at least one side plate and a top board further, each side of each above-mentioned side plate extends respectively and fixes, and above-mentioned top board is arranged at each above-mentioned side plate, to form above-mentioned space between each above-mentioned side plate and above-mentioned top board, above-mentioned device for generating electric energy is arranged at above-mentioned top board, and above-mentioned electric storage device and above-mentioned charging device are housed inside above-mentioned space respectively.
9. charging station as above-mentioned in claim 8, it is characterized in that, above-mentioned device for generating electric energy comprises the bracing frame and at least one solar panels that are arranged at above-mentioned top board, and wherein each above-mentioned solar panels are arranged at above-mentioned bracing frame, and each above-mentioned solar panels are electrically connected on above-mentioned power storage element.
10. charging station as above-mentioned in any one in claim 1 to 9, it is characterized in that, above-mentioned electric storage device also comprises an installation elements, and above-mentioned installation elements is arranged at above-mentioned bracing or strutting arrangement, and above-mentioned installation elements forms at least one receptive cavity, above-mentioned power storage element is positioned at above-mentioned receptive cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420673486.0U CN204391773U (en) | 2014-11-13 | 2014-11-13 | A kind of charging station |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420673486.0U CN204391773U (en) | 2014-11-13 | 2014-11-13 | A kind of charging station |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107426831A (en) * | 2016-05-24 | 2017-12-01 | 上海共联通信信息发展有限公司 | A kind of multi-functional WiFi telephone booths and mobile phone charging method |
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2014
- 2014-11-13 CN CN201420673486.0U patent/CN204391773U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107426831A (en) * | 2016-05-24 | 2017-12-01 | 上海共联通信信息发展有限公司 | A kind of multi-functional WiFi telephone booths and mobile phone charging method |
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