CN206135491U - Combination mobile power - Google Patents
Combination mobile power Download PDFInfo
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- CN206135491U CN206135491U CN201621200790.9U CN201621200790U CN206135491U CN 206135491 U CN206135491 U CN 206135491U CN 201621200790 U CN201621200790 U CN 201621200790U CN 206135491 U CN206135491 U CN 206135491U
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- extensible member
- sphere
- hole clipping
- power source
- portable power
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Abstract
The utility model discloses a combination mobile power, its combination that designs into a plurality of cuboid modules, including control module and battery module in the cuboid module, the bottom surface of cuboid module is the square, be provided with first extensible member and first calorie of hole respectively in two bottom surfaces of cuboid module, one is provided with the second extensible member in four sides of battery module, the three second card hole that is provided with in addition, a side in four sides of control module is provided with power spare, three side is provided with second card hole in addition, this combination mobile power can be through the independent assortment that the cooperation realized the battery module of control module and optional number of being connected between cooperation and second extensible member and the second card hole of being connected between first extensible member and the first calorie of hole, it puts the magnetron reason to be filled the portable power source after making up by control module. Realized the setting as required to portable power source's volume, battery module's independent change has reduced the cost that portable power source changed in environmental protection more.
Description
Technical field
This utility model is related to cell art, more particularly to a kind of combination portable power source.
Background technology
Portable power source is a kind of portable charger for integrating power supply and charging, and can be the electricity used by daily life
Sub- equipment charges whenever and wherever possible, convenient and swift.As the development of science and technology, electronic equipment are continuously increased, the electricity of demand is also continuous
Increase, the capacity and endurance of portable power source become the most concerned problem of current consumer.
When existing portable power source manufactures and designs, often charging for miniaturized electronics, it is easy to carry same to provide carrying small volume
Shi Rongliang little portable power source, for large scale electronic equipment charge provides volume Large Copacity big portable power source, portable power source answer
Specific aim with scene is too strong, lacks the extensive adaptation to distinct electronic apparatuses.The electronic equipment for carrying multiple interfaces simultaneously is needed
Different portable power sources are equipped with, using inconvenience.For single portable power source, charge-discharge performance drop to service index with
After lower, new portable power source can only be bought, it is impossible to change battery, waste pollution environment again.
Utility model content
This utility model provides a kind of combination portable power source, solves portable power source bad adaptability in prior art, more
Change the problem of high cost.
To realize above-mentioned design, this utility model is employed the following technical solutions：
A kind of combination portable power source, including the rectangular module of at least two shape identicals, wrap in the rectangular module
Include a control module and at least one battery module；In six faces of each rectangular module, two faces are bottom surface, four
Individual face is side, and the bottom surface is shaped as square；
Two bottom surfaces of the battery module are respectively arranged with the first extensible member and corresponding with first extensible member
The first hole clipping；A side in four sides of the battery module is provided with the second extensible member, the other three side
Face is provided with the second hole clipping corresponding with second extensible member；
Two bottom surfaces of the control module are respectively arranged with the first extensible member and corresponding with first extensible member
The first hole clipping；A side in four sides of the control module is provided with power supply function part, the other three side
Face is provided with the second hole clipping corresponding with second extensible member；
First extensible member for the pluggable electric connection of first hole clipping；Second extensible member for institute
State the pluggable electric connection of the second hole clipping；
The control module carries out management of charging and discharging for the battery module to accessing.
Wherein, the side of first extensible member is provided with least one sphere hole, and the medial wall of first hole clipping sets
It is equipped with least one sphere flexible clamp piece；
When first extensible member inserts first hole clipping, sphere described in the sphere flexible clamp piece embedded at least one
Hole.
Wherein, the number of the sphere hole is multiple；The medial wall of the holding channel that first extensible member is located is arranged
There is sphere flexible clamp piece；
It is when first extensible member is located at initial position and when inserting first hole clipping, same in the holding channel
Individual sphere flexible clamp piece is embedded in the different sphere holes on first extensible member.
Wherein, the sphere flexible clamp piece is elastic gel, or,
The sphere flexible clamp piece is installed in the first passage vertical with the side wall of first hole clipping or holding channel,
And be connected with the first spring in the first passage.
Wherein, the side of the front end of second extensible member arranges resilient wedge structure, the footpath of second hole clipping
Upward opening is minimum；
When second extensible member inserts second hole clipping, the wedge structure is clamp-oned in second hole clipping.
Wherein, first extensible member is connected with for promoting the first actuator of first extensible member, and described first
The operating surface of actuator is arranged at the side；Second extensible member is connected with for promoting the second of second extensible member
Actuator, the operating surface of second actuator are arranged at the bottom surface.
Wherein, the operating surface of the operating surface of first actuator and/or second actuator is provided with increasing resistance lines.
Wherein, filling member is provided with first hole clipping, the side of the filling member is provided with and sphere elasticity
The corresponding sphere hole of fastener；
The inner end of the filling member is connected to one end of second spring, and the other end of the second spring is fixed on the length
On the housing of cube module；
When first extensible member is extracted from first hole clipping, the sphere flexible clamp piece is embedded in the filling member
In sphere hole, the outer end of the filling member is concordant with the bottom surface of the rectangular module.
Wherein, the power supply function part includes display screen, charging port and electric discharge port.
Wherein, the battery module is provided with charging port.
The beneficial effects of the utility model are：Portable power source is designed to the combination of multiple rectangular modules, rectangular module
Include at least one control module and at least one battery module, one group of relative face of rectangular module is foursquare bottom
Face；The first extensible member and the first hole clipping that can interconnect cooperation is respectively arranged with two bottom surfaces of rectangular module；Electricity
In four sides of pond module, one is provided with the second extensible member, and the other three is provided with the second hole clipping, four of control module
A side in side is provided with power supply function part, and the other three side is provided with the second hole clipping, the second extensible member and second
Hole clipping can interconnect cooperation, and the connection that the combination portable power source can pass through between the first extensible member and the first hole clipping coordinates
And second the connection between extensible member and the second hole clipping coordinate the independent assortment of the battery module for realizing optional number, by controlling
Module carries out management of charging and discharging to the portable power source after combination.Realize the setting on demand of the volume to portable power source, battery mould
Being individually replaced of block reduces the cost of portable power source replacing while more environmentally-friendly.
Description of the drawings
For the technical scheme being illustrated more clearly that in this utility model embodiment, below will be to this utility model embodiment
Needed for description, accompanying drawing to be used is briefly described, it should be apparent that, drawings in the following description are only that this practicality is new
Some embodiments of type, for those of ordinary skill in the art, on the premise of not paying creative work, can be with root
Other accompanying drawings are obtained according to the content and these accompanying drawings of this utility model embodiment.
Fig. 1 is a kind of assembling figure of the combination portable power source provided in this utility model specific embodiment；
Fig. 2 is a kind of overall knot of the battery module of the combination portable power source provided in this utility model specific embodiment
Composition；
Fig. 3 is a kind of another angle of the battery module of the combination portable power source provided in this utility model specific embodiment
The overall structure figure of degree；
Fig. 4 is a kind of perspective of the battery module of the combination portable power source provided in this utility model specific embodiment
Figure；
Fig. 5 is a kind of blast of the battery module of the combination portable power source provided in this utility model specific embodiment
Figure；
Fig. 6 is a kind of another angle of the battery module of the combination portable power source provided in this utility model specific embodiment
The explosive view of degree；
Fig. 7 is the partial enlarged drawing in Fig. 6 at A；
Fig. 8 is an a kind of battery module and of the combination portable power source provided in this utility model specific embodiment
The connection diagram of individual control module；
Fig. 9 is a kind of second extensible member and second of the combination portable power source provided in this utility model specific embodiment
The connection diagram of hole clipping；
Figure 10 be a kind of combination portable power source provided in this utility model specific embodiment two battery modules with
The connection diagram of one control module；
Figure 11-13 is a kind of three kinds of combinative structurees of the combination portable power source provided in this utility model specific embodiment
Figure.
Wherein：10- control modules；The first extensible members of 11-；The first actuators of 111-；112- sphere flexible clamp pieces；113-
One sphere hole；The first hole clippings of 12-；121- filling members；The second sphere holes of 122-；123- second springs；The second extensible members of 13-；
131- wedge structures；The second actuators of 132-；The second hole clippings of 14-；15- power supply function parts；20- battery modules.
Specific embodiment
Further to illustrate that this utility model is to reach technological means and effect that predetermined utility model purpose is taken,
Below in conjunction with accompanying drawing and preferred embodiment, to according to the utility model proposes the specific embodiment of combination portable power source, knot
Structure, feature and its effect, describe in detail as after.
Refer to Fig. 1 to Figure 13, Fig. 1 is a kind of combination portable power source provided in this utility model specific embodiment
Assembling figure；Fig. 2 is a kind of overall knot of the battery module of the combination portable power source provided in this utility model specific embodiment
Composition；Fig. 3 is a kind of another angle of the battery module of the combination portable power source provided in this utility model specific embodiment
Overall structure figure；Fig. 4 is a kind of battery module of the combination portable power source provided in this utility model specific embodiment
Perspective view；Fig. 5 is a kind of explosive view of the battery module of the combination portable power source provided in this utility model specific embodiment；
Fig. 6 is a kind of blast of another angle of the battery module of the combination portable power source provided in this utility model specific embodiment
Figure；Fig. 7 is the partial enlarged drawing in Fig. 6 at A；Fig. 8 is a kind of combination movement provided in this utility model specific embodiment
One battery module and the connection diagram of a control module of power supply；Fig. 9 is carried in this utility model specific embodiment
For a kind of combination portable power source the second extensible member and the connection diagram of the second hole clipping；Figure 10 is that this utility model is specifically real
A kind of two battery modules and the connection diagram of a control module of the combination portable power source provided in applying mode；Figure 11-
13 is a kind of three kinds of combination assumption diagrams of the combination portable power source provided in this utility model specific embodiment.As illustrated,
The combination portable power source, including the rectangular module of at least two shape identicals, rectangular module include a control module
10 and at least one battery module 20；In six faces of each rectangular module, two faces are bottom surface, and four faces are side, bottom
Face is shaped as square；
Two bottom surfaces of battery module 20 be respectively arranged with the first extensible member 11 and with the first extensible member 11 corresponding first
Hole clipping 12；A side in four sides of control module 20 is provided with the second extensible member 13, and the other three side is provided with
With 13 corresponding second hole clipping 14 of the second extensible member；
Two bottom surfaces of control module 10 be respectively arranged with the first extensible member 11 and with the first extensible member 11 corresponding first
Hole clipping 12；A side in four sides of control module 10 is provided with power supply function part 15, and the other three side is provided with
With 13 corresponding second hole clipping 14 of the second extensible member；
First extensible member 11 for the 12 pluggable electric connection of the first hole clipping；Second extensible member 13 for the second hole clipping
14 pluggable electric connections；
Control module 10 carries out management of charging and discharging for the battery module 20 to accessing.
Existing portable power source, generally comprises data wire and power supply main body, between the two detachably, but power supply main body collection
Institute into battery and discharge and recharge is functional as an entirety presence, and the carrying or replacing to power supply main body integrally can only be taken
Band is changed.In this programme, portable power source is carried out into modularized design, connected by frame for movement between modules, respectively
Extensible member and hole clipping are provided with individual rectangular module, extensible member can do the motion perpendicular to mounting surface, with specific reference to connection
Selection is needed to stretch out or retract rectangular module.When needing rectangular module to connect, extensible member stretches out rectangular module, and
Insert in corresponding hole clipping, in Fig. 2, the first extensible member 11 is the state for stretching out rectangular module, the second extensible member 13 in Fig. 3
The state of rectangular module is stretched out as；When needing rectangular module to separate, extensible member is extracted from hole clipping, and presses flexible
Part makes its rectangular module of retraction.Contact surface during extensible member insertion hole clipping is provided with copper sheet, and copper sheet is connected to corresponding rectangular
On the electrical functions part of module, after extensible member insertion hole clipping, copper sheet contact, and then realize between each rectangular module
Electrical connection, finally from structure and functionally by one entirety of each cuboid module assembled.
To increase the degree of freedom connected between modules, one group of relative face of rectangular module is set to square
(being defined as bottom surface), this also means that the shape of the four additional side of rectangular module is identical, and each side is corresponding
Extensible member and hole clipping arbitrarily can be interconnected, and be to distinguish extensible member and hole clipping, and the extensible member and hole clipping of bottom surface are respectively defined as the
The extensible member and hole clipping of side are respectively defined as the second extensible member 13 and the second hole clipping by one extensible member 11 and the first hole clipping 12
14.In this programme, a side in four sides of battery module 20 is provided with the second extensible member 13, and the other three side sets
It is equipped with the second hole clipping 14；A side in four sides of control module 10 arranges power supply function part 15, the other three side
Second hole clipping 14 is set.Based on this design, three sides outside the power supply function part 15 of control module 10 can access electricity
Pond module 20, in the same manner, other battery modules can arbitrarily be accessed in three sides that second hole clipping 14 of control module 10 is located
20, along with first extensible member 11 and the first hole clipping 12 of bottom surface, can realize between each rectangular module rich and varied
Compound mode and combined number, finally can provide appropriate portable power source according to the actual demand of electronic equipment for user and hold
Amount.User carries portable power source according to their needs, it is to avoid unnecessary weight is carried during trip, and also without advance standard
The standby various different portable power sources for tackling various distinct electronic apparatuses.
It is well known that the service life of the chemical cell such as lithium battery, lead battery is not unlimited, because access times
Increase or use habit mistake, the ability of chemical cell discharge and recharge after a certain period of use time may do not reached using will
Ask.In the prior art, after the discharge and recharge of portable power source goes wrong, the processing mode of user is to change whole portable power source.
In this programme, portable power source adopts modularized design, the performance of individual module to be reduced to when being unable to maintain that use, directly changes
The module, for the modules for remaining to normally use, is then continuing with.For a user, the replacing of portable power source
Cost is substantially reduced, and reduces the danger that the chemical pollutant in portable power source may be brought to environment to greatest extent
Evil.
In this programme, it is the connection for realizing each cuboid intermodule, the side of the first extensible member 11 is provided with least
One sphere hole, the medial wall of the first hole clipping 12 are provided with least one sphere flexible clamp piece 112；
When first extensible member 11 inserts the first hole clipping 12, sphere flexible clamp piece 112 is embedded at least one sphere hole.
Further, the number of sphere hole is multiple；The medial wall of the holding channel that the first extensible member 11 is located is arranged
There is sphere flexible clamp piece 112；
When first extensible member 11 is located at initial position and when inserting the first hole clipping 12, the same sphere bullet in holding channel
Property embedded first extensible member 11 of fastener 112 on different sphere holes.
The matching relationship of the first extensible member 11, sphere hole and sphere flexible clamp piece 112 may be referred to Fig. 4, Fig. 5, Fig. 6 and Tu
7 are described further.Sphere hole is half bore, and the whole inwall of half bore is a part for sphere, it is of course also possible to be spheroid
The part on surface, in the present embodiment, the sphere hole of 11 side of the first extensible member is defined as the first sphere hole 113.With sphere
The fastener of hole corresponding matching is sphere flexible clamp piece 112, more specifically, sphere and the sphere flexible clamp piece 112 of the first sphere hole
Front end sphere parameter it is identical, but the sphere of the first sphere hole be concave surface；The sphere of sphere flexible clamp piece 112 is convex
Face.When the first extensible member 11 inserts the first hole clipping 12, in embedded first sphere hole 113 of sphere flexible clamp piece 112, because sphere
Between flexible clamp piece 112 and the first sphere hole 113 to be engaged direction vertical with the telescopic direction of the first extensible member 11, so sphere
Cooperation between flexible clamp piece 112 and the first sphere hole 113 is easy to fix the position of the first extensible member 11 from side.
Further to maintain the stability of the first extensible member 11 and the first hole clipping 12 structure after such insertion, the first sphere hole
113 number is multiple, specifically refer to Fig. 4, and the number of the first sphere hole 113 is two, and the visual angle based on Fig. 4 is with upper and lower
Difference of the orientation as two the first sphere holes 113.In Fig. 4, the first extensible member 11 stretches out battery module 20, holding channel it is interior
First sphere hole 113 of the embedded top of the sphere flexible clamp piece 112 of side wall, when battery module 20 and another battery in Fig. 4
When the bottom surface of module 20 or control module 10 is connected, the first extensible member 11 in Fig. 4 inserts the first hole clipping 12 of another bottom surface, this
The sphere flexible clamp piece 112 of the medial wall of one first hole clipping 12 can be embedded in the first sphere hole 113 of lower section, and finally, first stretches
The cooperation of the sphere flexible clamp piece 112 in two the first sphere holes 113 on part 11 rectangular module different from two is realized
The annexation of two cuboid module stabilities.When the battery module 20 in Fig. 4 is separated with other rectangular modules, pressing
First extensible member 11 makes which be entirely located in holding channel, retraction battery module 20, now, the sphere flexible clamp piece in holding channel
The sphere hole of 112 embedded lower sections, maintains state of first extensible member 11 in holding channel.In general, the first extensible member 11
Retract rectangular module when maintain the first extensible member 11 to only need to a sphere flexible clamp piece 112 in the state in holding channel.
When implementing, sphere flexible clamp piece 112 can be selected as elastic gel, the sphere elasticity that elastic gel is arranged
Fastener 112 is compressed to whole fastener position when the first sphere hole 113 is passed in and out.
In addition, sphere flexible clamp piece 112 is also mountable to first vertical with the side wall of the first hole clipping 12 or holding channel
In passage, and it is connected with the first spring in first passage.In this mode, sphere flexible clamp piece 112 is by the first spring
Telescopic band movable property gives birth to change in location.As shown in figure 3, sphere flexible clamp piece 112 is being realized by the first spring.
For rectangular module each side between connection, as shown in Figure 4 and Figure 5, the front end of the second extensible member 13
Side arranges resilient wedge structure 131, and the radial direction upper shed of the second hole clipping 14 is minimum；
When second extensible member 13 inserts the second hole clipping 14, wedge structure 131 is clamp-oned in the second hole clipping 14.
Wedge structure 131 forms a larger structure equivalent in the front end of the second extensible member 13, and second hole clipping 14 is opened
Mouthful the minimum outer little structure big equivalent in being formed of size, when the second extensible member 13 inserts the second hole clipping 14, wedge structure 131
Clamp-on in the second hole clipping 14, the larger position of the second extensible member 13 is engaged with the larger position of the second hole clipping 14, carrying out such as Fig. 8
During the connection of shown side, stable connection status, in fig .9, fine line are ultimately formed by the embedded structure shown in Fig. 9
The second hole clipping 14 is shown, thick dashed line show the second extensible member 13.
Fig. 2 and Fig. 3 is refer to, the first extensible member 11 is connected with the first actuator 111 for the first extensible member 11 of promotion,
The operating surface of the first actuator 111 is arranged at side；Second extensible member 13 is connected with for promoting the second of the second extensible member 13
Actuator 132, the operating surface of the second actuator 132 are arranged at bottom surface.
First extensible member 11 can only do the motion perpendicular to bottom surface, therefore the first actuator of the connection of the first extensible member 11
111 operating surface is arranged at side, as shown in Fig. 2 when user needs battery module 20 is connected with other rectangular modules,
The power applied perpendicular to bottom surface in the operating surface of the first actuator of contacts side surfaces 111 makes the first actuator 111 do perpendicular to bottom surface
The motion of (bottom surface in Fig. 2), and then drive the first extensible member 11 to stretch out bottom surface；When the first extensible member 11 of retraction is needed,
Do adverse movement.The manner of execution of the second extensible member 13 and the second actuator 132 is identical, and here is not individually illustrated.Separately
Outward, the operating surface of the operating surface of the first actuator 111 and/or the second actuator 132 is provided with increasing resistance lines, in Fig. 2 and Fig. 3
In, only the operating surface in the second actuator 132 is provided with increasing resistance lines.Increasing resistance lines contributes to increasing at user operating of contacts face
Plus frictional force, the first extensible member 11 and/or the second extensible member 13 is flexible more convenient.
Fig. 4, Fig. 6 and Fig. 7 are refer to, in the first hole clipping 12, filling member 121 is provided with, the side of filling member 121 is provided with
With 112 corresponding sphere hole of sphere flexible clamp piece；
The inner end of filling member 121 is connected to one end of second spring 123, and the other end of second spring 123 is fixed on described
On the housing of rectangular module；
When first extensible member 11 is extracted from the first hole clipping 12, sphere flexible clamp piece 112 is embedded in the sphere hole of filling member 121
In, the outer end of filling member 121 is concordant with the bottom surface of rectangular module.
Sphere hole on filling member 121 is defined as the second sphere hole 122 by here, and the effect of filling member 121 is to keep
The globality of cuboid modular structure, in connected state, in the first hole clipping 12, filling is the first extensible member 11, now cannot
Externally visibly the first hole clipping 12.But for outermost rectangular module, if also retaining hole when in use
Etc. structure, less meet the industrial design general custom of electronic product in appearance.Here eliminates this by filling member 121
The structures such as some holes hole, the globality of the external structure of portable power source is more preferably.When filling member 121 is filled in the first hole clipping 12, ball
Surface elastic fastener 112 is embedded in the second sphere hole 122；When the first extensible member 11 insert the first hole clipping 12 when, the first extensible member 11 to
Interior promotion filling member 121, sphere flexible clamp piece 122 inwardly compress and skid off from the second sphere hole 122, and filling member 121 is inside
Compression second spring 123, in the first sphere hole 113 on embedded first extensible member 11 of sphere flexible clamp piece 112.When first
When extensible member 11 is extracted from the first hole clipping 12, the second spring 123 compressed promotes filling member 121 to reset, sphere elastic card
Part 112 is embedded in the second sphere hole 122 on filling member 121.
In addition it is emphasized that the implementation of first extensible member 11 and the first hole clipping 12 of aforesaid definition is stretched with second
Part 13 is different with the implementation of the second hole clipping 14, is not to limit each there was only a kind of that implementation.Actually implementing
Cheng Zhong, two groups of attachment structures can simultaneously from aforesaid definition the first extensible member 11 and the first hole clipping 12 implementation,
The implementation of second extensible member 13 and second hole clipping 14 of aforesaid definition is selected simultaneously can, it might even be possible to each with another kind
Implementation is implemented.
To realize the comprehensive management to whole portable power source, power supply function part 15 includes display screen, charging port and electric discharge
Port, corresponding with these power supply function parts 15 is corresponding, and control circuit, charging circuit, electric discharge electricity are arranged inside control module 10
Road etc..Charging port and electric discharge port belong to the conventional structure of portable power source, and here does not do in-depth explanation, and display screen is mainly used in
The working condition of portable power source is shown, can further include the working condition of each battery module 20, such as dump energy.
It should be noted that the independence of the performance to realize each battery module 20 as far as possible, battery module 20 is arranged
There is charging port, each battery module 20 can realize charge independence after separating from portable power source, battery module 20
Using more flexible.
On the basis of above-mentioned technical proposal, the portable power source in this programme can have multiple combination mode.In this programme
By two kinds, a kind of be the side connection shown in Fig. 8 to the compound mode of any two cuboid intermodule, and another kind is a left side in Figure 10
Bottom surface connection shown in the rectangular module in two, side, realizes the frame for movement of whole combination portable power source eventually through multiple connections
And electrical functions.By taking four rectangular modules as an example, full bottom surface is connected with the compound mode shown in Figure 11, and full side is connected with figure
Compound mode shown in 12, bottom surface and side Hybrid connections have the compound mode shown in Figure 13.In addition, full side connection also will
The mode that the side of four rectangular modules is sequentially connected；The Hybrid connections of bottom surface and side can also be by two of the right in Figure 13
Individual rectangular module is connected to two other direction of two rectangular modules on the left side.The rectangular module connection of aforementioned four will
Realize that portable power source function needs a control module 10 and three power modules, but the optimized integration of this compound mode is
Control module 10 is used only as the management of charging and discharging of portable power source.Set of cells is also provided with if control module 10, then control mould
Block 10 also carries the function of battery module 20, and four rectangular modules can have multiple control modules 10 in this case.It is multiple
The situation of control module 10 has at 2 points it is to be appreciated that one is the management of charging and discharging function of only retaining a control module 10, entirely
Combination portable power source is only managed by a control module 10；Two is that control module 10 only has a kind of connector, therefore controls mould
Block 10 can only select a kind of connected mode, and such as four are control module 10, then can only select the connected mode shown in Figure 11.
Outside above-mentioned annexation, while the portable power source in this programme adapts to various electronic on capacity,
Charge and discharge electrical interface is also adapted to various electronic, various output interfaces such as AC (compatible AC-3 120V and 220V are exported), DC,
Mirco USB、USB、USB Type-A、USB Type-C；The voltage range of the acceptable 4.5V-80V of input interface, can use body
Side overwhelming majority charger charges for portable power source, such as solar panels, automobile, computer adapter etc., it is also possible to receive various
The clean energy resource such as the energy of form, such as solar energy, wind energy, electric energy.The charge management module of portable power source itself is intelligently followed the trail of
The peak power of charger, is full of itself with the most fast time.Control module further provided with wireless charging module in addition, support mesh
All electronic products with wireless charging agreement on front market.
Finally, this programme on the basis of above-mentioned annexation carries out adaptation to supported electronic equipment and power supply and sets
Meter, realizes the external interface adaptable with the portable power source of independent assortment.
The above, is only preferred embodiment of the present utility model, not makees any formal to this utility model
Restriction, although this utility model is disclosed above with preferred embodiment, but is not limited to this utility model, any ripe
Professional and technical personnel is known, in the range of without departing from technical solutions of the utility model, when in the technology using the disclosure above
Appearance is made a little change or is modified to the Equivalent embodiments of equivalent variations, as long as being without departing from technical solutions of the utility model
Hold, any simple modification, equivalent variations and modification above example made according to technical spirit of the present utility model, still
Belong in the range of technical solutions of the utility model.
Claims (10)
1. it is a kind of to combine portable power source, it is characterised in that including the rectangular module of at least two shape identicals, the cuboid
Module includes a control module and at least one battery module；In six faces of each rectangular module, two faces
For bottom surface, four faces are side, and the bottom surface is shaped as square；
Two bottom surfaces of the battery module are respectively arranged with the first extensible member and corresponding with first extensible member
One hole clipping；A side in four sides of the battery module is provided with the second extensible member, and the other three side sets
It is equipped with the second hole clipping corresponding with second extensible member；
Two bottom surfaces of the control module are respectively arranged with the first extensible member and corresponding with first extensible member
One hole clipping；A side in four sides of the control module is provided with power supply function part, and the other three side sets
It is equipped with the second hole clipping corresponding with second extensible member；
First extensible member for the pluggable electric connection of first hole clipping；Second extensible member is for described
The pluggable electric connection of two hole clippings；
The control module carries out management of charging and discharging for the battery module to accessing.
2. combination portable power source according to claim 1, it is characterised in that the side of first extensible member be provided with to
A few sphere hole, the medial wall of first hole clipping is provided with least one sphere flexible clamp piece；
When first extensible member inserts first hole clipping, sphere hole described in the sphere flexible clamp piece embedded at least one.
3. combination portable power source according to claim 2, it is characterised in that the number of the sphere hole is multiple；It is described
The medial wall of the holding channel that the first extensible member is located is provided with sphere flexible clamp piece；
When first extensible member is located at initial position and when inserting first hole clipping, the same ball in the holding channel
Surface elastic fastener is embedded in the different sphere holes on first extensible member.
4. combination portable power source according to claim 3, it is characterised in that the sphere flexible clamp piece is elastic gel,
Or,
The sphere flexible clamp piece is installed in the first passage vertical with the side wall of first hole clipping or holding channel, and with
The first spring in the first passage is connected.
5. combination portable power source according to claim 1, it is characterised in that the side of the front end of second extensible member sets
Resilient wedge structure is put, the radial direction upper shed of second hole clipping is minimum；
When second extensible member inserts second hole clipping, the wedge structure is clamp-oned in second hole clipping.
6. combination portable power source according to claim 1, it is characterised in that first extensible member is connected with for promoting
First actuator of first extensible member, the operating surface of first actuator are arranged at the side；Described second stretches
Part is connected with for promoting the second actuator of second extensible member, the operating surface of second actuator to be arranged at the bottom
Face.
7. combination portable power source according to claim 6, it is characterised in that the operating surface of first actuator and/or
The operating surface of second actuator is provided with increasing resistance lines.
8. combination portable power source according to claim 2, it is characterised in that be provided with filling member in first hole clipping,
The side of the filling member is provided with sphere hole corresponding with the sphere flexible clamp piece；
The inner end of the filling member is connected to one end of second spring, and the other end of the second spring is fixed on the cuboid
On the housing of module；
When first extensible member is extracted from first hole clipping, the sphere flexible clamp piece is embedded in the sphere of the filling member
Kong Zhong, the outer end of the filling member are concordant with the bottom surface of the rectangular module.
9. combination portable power source according to claim 1, it is characterised in that the power supply function part includes display screen, fills
Electric port and electric discharge port；Set of cells is provided with the control module.
10. combination portable power source according to claim 1, it is characterised in that the battery module is provided with charging port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621200790.9U CN206135491U (en) | 2016-11-07 | 2016-11-07 | Combination mobile power |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621200790.9U CN206135491U (en) | 2016-11-07 | 2016-11-07 | Combination mobile power |
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| Publication Number | Publication Date |
|---|---|
| CN206135491U true CN206135491U (en) | 2017-04-26 |
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ID=58577242
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621200790.9U Active CN206135491U (en) | 2016-11-07 | 2016-11-07 | Combination mobile power |
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| Country | Link |
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| CN (1) | CN206135491U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106329671A (en) * | 2016-11-07 | 2017-01-11 | 天津市天楚科技有限公司 | Combined mobile power |
-
2016
- 2016-11-07 CN CN201621200790.9U patent/CN206135491U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106329671A (en) * | 2016-11-07 | 2017-01-11 | 天津市天楚科技有限公司 | Combined mobile power |
| WO2018082383A1 (en) * | 2016-11-07 | 2018-05-11 | 天津市天楚科技有限公司 | Mobile power bank |
| US10998743B2 (en) | 2016-11-07 | 2021-05-04 | Tianjin Synergy Groups Co., Ltd. | Mobile power bank |
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