CN207490542U - Mobile power storing unit and mobile power rental equipment - Google Patents
Mobile power storing unit and mobile power rental equipment Download PDFInfo
- Publication number
- CN207490542U CN207490542U CN201721290866.6U CN201721290866U CN207490542U CN 207490542 U CN207490542 U CN 207490542U CN 201721290866 U CN201721290866 U CN 201721290866U CN 207490542 U CN207490542 U CN 207490542U
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- China
- Prior art keywords
- mobile power
- door
- guide rail
- charging
- storing unit
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Abstract
The utility model discloses a kind of mobile power storing unit and mobile power rental equipment, the structure of mobile power storing unit is as follows：Storage compartment includes two guide rails, rear covers being oppositely arranged, and guide rail is located at one end of two guide rails to mobile power slide-and-guide, rear cover is fixedly connected between two guide rails；Charging thimble and first sensor are fixed in rear cover side by side；First rotating shaft, the second shaft are rotationally connected with respectively between two guide rails, first rotating shaft is parallel with the second shaft, and equal vertical guide rail, opposite with the mobile power two side rolls cooperation respectively of the outer peripheral sidewall of the outer peripheral sidewall of first rotating shaft and the second shaft, first motor is fixed on guide rail, first motor is rotatablely connected with first rotating shaft, and the first motor is to drive first rotating shaft to rotate, mobile power to be driven to be moved along guide rail；When first sensor detects that mobile power contacts at charging thimble, the first motor stops rotating.
Description
Technical field
The utility model is related to mobile power charging technique field more particularly to a kind of mobile power storing unit and movements
Power supply rental equipment.
Background technology
With the development of science and technology, the hardware and software of smart mobile phone is stronger and stronger, people can be used at smart mobile phone
The affairs for the various aspects such as front yard, work, social activity that keep house, people are continuously increased using the time of smart mobile phone, lead to smart mobile phone
Out of power is easy to, is charged using mobile power as stand-by power supply for smart mobile phone, it has also become the common choice of most people, mesh
The preceding people's taxi mobile power for mobile power rental equipment occurred and being needs.
Mobile power rental equipment includes mobile power storing unit, but current mobile power storing unit is returned in user
Also mobile power when, by user in mobile power storing unit correct placement mobile power so that the charging of mobile power
Contact is contacted with the charging thimble of mobile power storing unit, can just mobile power be made to charge, but during holding movable power supply, may
Occur the charging thimble of charging contact and the mobile power storing unit of mobile power not in contact with situation, charging is caused to fail,
Influence user experience.
Utility model content
The utility model provides a kind of raising mobile power storing unit of user experience and mobile power rental equipment.
The utility model provides a kind of mobile power storing unit, wherein, the mobile power storing unit includes storage
Storehouse, charging assembly, detection components, transmission component, the storage compartment include two guide rails, rear covers being oppositely arranged, the guide rail
To mobile power slide-and-guide, the rear cover is fixedly connected between two guide rails, and positioned at two guide rails
One end；The charging assembly includes charging thimble, and the detection components include first sensor, the charging thimble and described
First sensor is fixed in the rear cover side by side, and the charging thimble to charge to mobile power, use by the first sensor
To detect whether the mobile power contacts at the charging thimble；The transmission component includes first rotating shaft, the second shaft, the
One motor, the first rotating shaft, second shaft are rotationally connected with respectively between two guide rails, the first rotating shaft with
Second shaft is parallel, and the vertical guide rail, the outer peripheral sidewall of the first rotating shaft and second shaft it is outer
Opposite with the mobile power two side rolls cooperation respectively of all side walls, first motor are fixed on the guide rail, and described the
One motor is rotatablely connected with the first rotating shaft, and first motor is to drive the first rotating shaft to rotate, with described in drive
Mobile power is moved along the guide rail；When the first sensor detects that the mobile power contacts at the charging thimble
When, first motor stops rotating.
Wherein, the storage compartment further includes door, and the door includes door fixed plate and door baffle, and the door is consolidated
Fixed board is fixed on two one end of the guide rail far from the rear cover, and the door barrier slides connect the door fixed plate,
The glide direction of the relatively described door fixed plate of the door baffle perpendicular to the guide rail extending direction, with relatively described storehouse
The fixed plate closing of door or expansion.
Wherein, the transmission component further includes the second motor, and second motor is fixed on the door fixed plate, driving
The door barrier slides.
Wherein, second motor includes being fixed on the ontology of the door fixed plate and is rotationally connected with the ontology
Gear, the door baffle are equipped with rack along the direction for being parallel to the relatively described door fixed plate slip of the door baffle,
The gear engages connection with the rack, so that during gear rotation, the relatively described door of the door baffle is driven to consolidate
Fixed board is closed or expansion.
Wherein, the door fixed plate includes first end and the second end of relatively described first end setting, the door gear
Plate is slidably connected between the first end and the second end, and the detection components, which further include, is fixed on the of the first end
Two sensors and the 3rd sensor for being fixed on the second end, when the second sensor detects that the door baffle contradicts
When the first end, second motor stops operating；When the 3rd sensor detects that the door baffle contacts at
During the second end, second motor stops operating.
Wherein, the storage compartment further includes cover board, and the cover board is between the door and the rear cover, the cover board
It is fixedly connected between two guide rails.
Wherein, the guide rail is equipped with the first groove along its length, and first groove is to mobile power cunning
Action-oriented.
Wherein, the guide rail is equipped with limiting section, the movement in first groove far from described door fixed plate one end
Power supply slide into contact at it is described charging thimble when, the limiting section is fixedly connected with the mobile power.
Wherein, the outer peripheral sidewall of the first rotating shaft is coated with the first damping sleeve, the outer peripheral sidewall packet of second shaft
It is covered with the second damping sleeve, both sides opposite to the mobile power apply respectively for first damping sleeve and second damping sleeve
Damping force.
Wherein, the detection components further include the 4th sensor for being fixed on the guide rail, when the 4th sensor is examined
When measuring the mobile power and skidding off the guide rail to predeterminated position, first motor stops operating.
The rear cover along set on the length direction to guide rail it is multiple it is spaced it is described charging push up
Needle, multiple charging thimbles are symmetrical about the geometric center lines of the rear cover.
The utility model also provides a kind of mobile power rental equipment, which is characterized in that the mobile power rental equipment
Including the mobile power storing unit described in any of the above one, the mobile power rental equipment further includes cabinet, the shifting
Dynamic power supply storing unit is fixed in the cabinet.
Wherein, the mobile power rental equipment further includes the screen being fixed on the outside of the cabinet, and the screen is used for
Rent the human-computer interaction of mobile power and display advertisement.
Wherein, the mobile power rental equipment further includes mobile power, and the mobile power is slidably connected the guide rail,
Between the first rotating shaft and second shaft, the mobile power is equipped with and the charging thimble mobile power
Corresponding charging contact, the setting identical with the quantity of the charging thimble of the number of the charging contact, multiple chargings
Contact is symmetrical about the geometric center lines of the mobile power.
Wherein, the mobile power has outside first described in two the first lateral walls and vertical connection parallel to each other
Second lateral wall of side wall, the mobile power respectively two first lateral walls be equipped with the first groove for being disposed opposite to each other and
Second groove, the mobile power second lateral wall be equipped with third groove, the mobile power be equipped with the first data line,
Second data line, third data line, first data line, second data line and the third data line are sticked in respectively
First groove, second groove and the third groove.
Wherein, first data line, second data line and the third data line are respectively Lighting interfaces
Line data line, micro usb lines and TypeC interface lines.
Mobile power storing unit and mobile power rental equipment provided by the utility model, by the first rotating shaft,
Second shaft is rotationally connected with respectively between two guide rails, and the first rotating shaft is parallel with second shaft,
And the vertical guide rail, the outer peripheral sidewall of the outer peripheral sidewall of the first rotating shaft and second shaft respectively with the movement
The opposite two side rolls cooperation of power supply so that mobile power can be in the first rotating shaft and the drive lower edge of second shaft
The guide rail to slide；First motor is recycled to be fixed on the guide rail, first motor turns with the first rotating shaft
Dynamic connection, first motor is to drive the first rotating shaft to rotate, the mobile power to be driven to be moved along the guide rail
It is dynamic；Between being fixedly connected on two guide rails by the rear cover again, the charging thimble and the first sensor are side by side
The rear cover is fixed on, when the first sensor detects that the mobile power contacts at the charging thimble, described the
One motor stops rotating.So as to which mobile power storing unit realizes that the mobile power contacts at the charging thimble automatically, protect
Charging effect is demonstrate,proved, improves user experience.
Description of the drawings
It, below will be to attached needed in embodiment in order to illustrate more clearly of the technical solution of the utility model
Figure is briefly described, it should be apparent that, the accompanying drawings in the following description is only some embodiments of the utility model, for
For those of ordinary skill in the art, without creative efforts, other are can also be obtained according to these attached drawings
Attached drawing.
Fig. 1 is the schematic diagram one of mobile power storing unit provided by the utility model；
Fig. 2 is the schematic diagram two of mobile power storing unit provided by the utility model；
Fig. 3 is the schematic diagram three of mobile power storing unit provided by the utility model；
Fig. 4 is the schematic diagram of the guide rail of mobile power storing unit provided by the utility model；
Fig. 5 is the schematic diagram of the door fixed part of mobile power storing unit provided by the utility model；
Fig. 6 is the enlarged diagram at A in Fig. 2；
Fig. 7 is the schematic diagram one of mobile power rental equipment provided by the utility model；
Fig. 8 is the schematic diagram two of mobile power rental equipment provided by the utility model；
Fig. 9 is the schematic diagram one of the mobile power of mobile power rental equipment provided by the utility model；
Figure 10 is the schematic diagram two of the mobile power of mobile power rental equipment provided by the utility model；
Figure 11 is the schematic diagram three of the mobile power of mobile power rental equipment provided by the utility model；
Figure 12 is the schematic diagram of the contact modules of mobile power rental equipment provided by the utility model.
Specific embodiment
Below in conjunction with the attached drawing in the utility model embodiment, to the technical solution in the utility model embodiment
It is clearly and completely described.
It please referring to Fig.1 to Fig. 6, the utility model provides a kind of mobile power storing unit 100, wherein, the mobile electricity
Source storing unit 100 includes storage compartment 10, charging assembly 20, detection components 30, transmission component 40, and the storage compartment 10 includes phase
To two guide rails 1, the rear cover 2 of setting, the guide rail 1 is to 200 slide-and-guide of mobile power, the rear cover 2 is fixedly connected
Between two guide rails 1, and positioned at one end of two guide rails 1；The charging assembly 20 includes charging thimble 121,
The detection components 30 include first sensor 131, and the charging thimble 121 and the first sensor 131 are fixed in side by side
The rear cover 2, for the charging thimble 121 to charge to mobile power 200, the first sensor 131 is described to detect
Whether mobile power 200 contacts at the charging thimble 121；The transmission component 40 includes first rotating shaft 141, the second shaft
142nd, the first motor 143, the first rotating shaft 141, second shaft 142 be rotationally connected with respectively two guide rails 1 it
Between, the first rotating shaft 141 is parallel with second shaft 142, and the vertical guide rail 1, the first rotating shaft 141
Opposite with the mobile power 200 two side rolls cooperation respectively of the outer peripheral sidewall of outer peripheral sidewall and second shaft 142, institute
It states the first motor 143 and is fixed on the guide rail 1, first motor 143 is rotatablely connected with the first rotating shaft 141, and described
One motor 143 is to drive the first rotating shaft 141 to rotate, the mobile power 200 to be driven to be moved along the guide rail 1；
When the first sensor 131 detects that the mobile power 200 contacts at the charging thimble 121, first motor
143 stop rotating.
Between two guide rails 1 being rotationally connected with respectively by the first rotating shaft 141, second shaft 142, institute
It is parallel with second shaft 142 to state first rotating shaft 141, and the vertical guide rail 1, the periphery of the first rotating shaft 141
The outer peripheral sidewall of side wall and second shaft 142 opposite with the mobile power 200 two side rolls cooperation respectively so that move
Dynamic power supply 200 can slide under the drive of the first rotating shaft 141 and second shaft 142 along the guide rail 1；It is sharp again
The guide rail 1 is fixed on first motor 143, first motor 143 is rotatablely connected with the first rotating shaft 141, institute
The first motor 143 is stated the first rotating shaft 141 to be driven to rotate, the mobile power 200 to be driven to be moved along the guide rail 1
It is dynamic；Between being fixedly connected on two guide rails 1 by the rear cover 2 again, the charging thimble 121 and the first sensor
131 are fixed in the rear cover 2 side by side, when the first sensor 131 detects that the mobile power 200 contacts at the charging
During thimble 121, first motor 143 stops rotating.So as to which mobile power storing unit 100 realizes the mobile power 200
Automatically the charging thimble 121 is contacted at, ensures charging effect, improves user experience.
In present embodiment, the guide rail 1 is equipped between the first rotating shaft 141 and second shaft 142
First groove 11, first groove 11 extend along the length direction of the guide rail 1, i.e., the cross section of described guide rail 1 is in
" Qian " shape, first groove 11 is to 200 slide-and-guide of mobile power, the width of first groove 11 is slightly larger than
The thickness of the mobile power 200.The bottom wall of two first grooves 11 is mutually parallel, the bottom walls of two guide rails 1 it
Between distance slightly larger than width with the mobile power 200, so as to 200 both sides of mobile power respectively with two described the
One groove 11 coordinates, so as to which the mobile power 200 can be slided along two first grooves 11.The guide rail 1 has
It is parallel to the first side 13 of 11 bottom wall of the first groove, the guide rail 1 sets that there are two mounting holes in the first side 13
14, two mounting holes 14 are located at the both sides of first groove 11 respectively, and two mounting holes 14 are respectively used to install
The first rotating shaft 141 and second shaft 142, the diameter of the mounting hole 14 are slightly larger than the first rotating shaft 141 and institute
The diameter of the end face at 142 both ends of the second shaft is stated, so as to which the first rotating shaft 141 and second shaft 142 are rotationally connected with
Between two guide rails 1.In other embodiments, when the length of the mobile power 200 is longer, to prevent transmission process
Described in mobile power 200 shake, can increase by a countershaft on the guide rail 1, specifically, the guide rail 1 along
The length direction of the guide rail 1 sets second mounting hole opposite with the mounting hole 14 on the both sides of first groove 11
210, two second mounting holes 210 are for installing a countershaft, so as to increase the contact surface to the mobile power 200
Product increases the stationarity of transmission.
In present embodiment, the rear cover 2 along set on the length direction to guide rail 1 it is multiple interval arrange
The charging thimble 121 of row, it is preferred that the quantity of the charging thimble 121 for 7, multiple charging thimbles 121 about
The geometric center lines of the rear cover 2 are symmetrical, and the rear cover 2 is fixedly connected with the guide rail 1 by screw.In other embodiment
In, the quantity of the charging thimble 121 can also be 3 to 5.It is understood that the mobile power 200 be equipped with it is described
Charge 121 corresponding charging contact 210 of thimble, the number of the charging contact 210 and the quantity phase of the charging thimble 121
With setting, multiple charging contacts 210 are symmetrical about the geometric center lines of the mobile power 200, when the mobile power
200 along the guide rail 1 when sliding, the weight of the geometric center lines of the mobile power 200 and the geometric center lines of the rear cover 2
It closes, so as to when the charging contact 210 is contradicted with the charging thimble 121, take out the mobile power 200, make the shifting
Dynamic power supply 200 slips into the guide rail 1 again by 180 degree overturning, still ensures that the charging contact 210 and the charging thimble
121 contradict, so as to ensure charging effect so that user just can guarantee without judging how the mobile power 200 should be put
Charging effect, so as to improve user experience.
In present embodiment, the first sensor 131 is position sensor, specifically, the first sensor 131 is
Limit sensors.The rear cover 2 is equipped with the first mounting groove 21, and first mounting groove 21 is set side by side with the charging thimble 121
It puts, first mounting groove 21 is fixed in described 131 one end of first sensor, and the first sensor 131 is equipped with the first contact
131a, the first contact 131a are elastic piece, and the first contact 131a stretches out first mounting groove 21, and described first touches
Head 131a is concordant with the charging thimble 121, and the charging thimble is contacted at so as to the charging contact of the mobile power 200
When 121, the mobile power 200 contacts at the first contact 131a simultaneously, triggers the first sensor 131 and works, makes
It obtains first motor 143 to power off, so as to which the first sensor 131 detects that the charging contact of the mobile power 200 supports
It touches in the charging thimble 121, so as to prevent the mobile power 200 from further sliding, damages the charging thimble 121.
In other embodiment, the first sensor 131 can also be replaced with mechanical limit switch.
In present embodiment, the outer peripheral sidewall of the first rotating shaft 141 is coated with the first damping sleeve 1411, described second turn
The outer peripheral sidewall of axis 142 is coated with the second damping sleeve 1421, and first damping sleeve 1411 and second damping sleeve 1421 divide
The other both sides opposite to the mobile power 200 apply damping force.Specifically, first damping sleeve 1411 and second resistance
Buddhist nun's set 1421 is made of polyurethane material, and first damping sleeve 1411 and second damping sleeve 1421 are cylindrical,
First damping sleeve 1411 is identical with the diameter of second damping sleeve 1421, so as to first damping sleeve 1411 and described
Second damping sleeve 1421 has preferable elasticity and wearability, when first damping sleeve 1411 and second damping sleeve 1421
Between gap when being less than the thickness of the mobile power 200, first damping sleeve 1411 and second damping sleeve 1421
The both sides opposite to the mobile power 200 generate elastic-restoring force, so as to the first damping sleeve 1411 and second damping sleeve
The opposite both sides of 1421 pairs of mobile powers 200 apply damping force, so as to ensure the mobile power 200 along the guide rail
1 steadily slides.
Further, the guide rail 1 is equipped with limiting section in first groove 11 far from described 31 one end of door fixed plate
12, the mobile power 200 slide into contact at it is described charging thimble 121 when, the limiting section 12 is fixedly connected with the movement
Power supply 200.
In present embodiment, the guide rail 1 is in the bottom of first groove 11 setting protrusion 15, raised 15 horizontal stroke
Section is arc-shaped, so as to reduce the frictional force between the limiting section 12 and the mobile power 200.Described raised 15 have the
Three end 15a and the 4th end 15b, the third end 15a are close to the door fixed plate 31, and the 4th end 15b is after described
Lid 2, described raised 15 are extended along the length direction of the guide rail 1 from third end 15a to the 4th end 15b, two guide rails 1
Described raised the distance between 15 gradually narrowed during extension, so as to two guide rails 1 described raised 15 it
Between distance narrowed towards close to the direction of the rear cover 2, then in first groove 11 far from the door fixed plate 31 1
End remains unchanged, so as to form the limiting section 12, so as to which raised 15 pairs of mobile powers 200 enter the storage compartment
10 play the guiding role so that the mobile power 200 is easy to align with entering first groove 11, and then by the first rotating shaft
141 and second shaft 142 drive slip into the storage compartment 10.And the mobile power 200 slide into contact at it is described
Charge thimble 121 when, the limiting section 12 is fixedly connected with the mobile power 200, described raised 15 not with the mobile power
200 contacts reduce the contact area of the mobile power 200 and first groove 11, so as to reducing friction resistance, avoid institute
Mobile power 200 is stated to wear and depreciation.
Further, the storage compartment 10 further includes door 3, and the door 3 includes door fixed plate 31 and door baffle
32, the door fixed plate 31 is fixed on two one end of the guide rail 1 far from the rear cover 2, and the door baffle 32 slides
The door fixed plate 31 is connected, the glide direction of the relatively described door fixed plate 31 of the door baffle 32 is led perpendicular to described
The extending direction of rail 1 is closed or is unfolded with relatively described door fixed plate 31.
In present embodiment, the door fixed plate 31 is rectangular, and the door fixed plate 31 includes be oppositely arranged two
A first connecting portion 313 and the second connecting portion 314 being oppositely arranged and third connecting portion 315, the second connecting portion 314
And the third connecting portion 315 is respectively perpendicular and is connected between two first connecting portions 313, and the second connecting portion
314 and the third connecting portion 315 be located at the both ends of two first connecting portions 313,314 He of second connecting portion respectively
The length direction of the third connecting portion 315 is perpendicular to the slip side of the relatively described door fixed plate 31 of the door baffle 32
To the length direction of the first connecting portion 313 is parallel to the slip of the relatively described door fixed plate 31 of the door baffle 32
Direction.When the relatively described door fixed plate 31 of the door baffle 32 slides into the second connecting portion 314, the door plate washer
32 relatively described door fixed plates 31 are unfolded, and the door 3 is in opening；The relatively described door of door baffle 32 is consolidated
When fixed board 31 slides into the third connecting portion 315, the relatively described door fixed plate 31 of the door plate washer 32 is closed, the storehouse
Door 3 is closed.The transmission component 40 further includes the second motor 144, and second motor 144 is fixed on the door
Fixed plate 31 drives the door baffle 32 to slide, specifically, one of them described first connecting portion 313 is equipped with fixed frame
316, second motor 144 is fixed on the fixed frame 316 by screw.Specifically, second motor 144 includes fixing
In the ontology 1441 of the door fixed plate 31 and the gear 1442 for being rotationally connected with the ontology 1441, the door baffle 32
Rack 321, the gear are equipped with along the direction for being parallel to the relatively described slip of door fixed plate 31 of the door baffle 32
1442 engage connection with the rack 321, so that during the rotation of the gear 1442, drive the relatively described storehouse of the door baffle 32
Door fixed plate 31 is closed or is unfolded.In other embodiments, it can be set in the door fixed plate 31 and give back button, when
When user needs to give back the mobile power 200, it can only press and give back button so that the door baffle 32 is relatively described
Door fixed plate 31 is unfolded, and the first rotating shaft 141 and second shaft 142 are rotatably assorted 200 band of mobile power
Enter the storage compartment 10.
Further, the door fixed plate 31 includes the second end that first end 311 and relatively described first end 311 are set
312, the door baffle 32 is slidably connected between the first end 311 and the second end 312, and the detection components 30 are also
Including being fixed on the second sensor 132 of the first end 311 and being fixed on the 3rd sensor 133 of the second end 312, when
When the second sensor 132 detects that the door baffle 32 contacts at the first end 311, second motor 144 stops
Rotation stop is moved；When the 3rd sensor 133 detects that the door baffle 32 contacts at the second end 312, described second
Motor 144 stops operating.
In present embodiment, the first end 311 is the second connecting portion 314, and the second end 312 is the third
Connecting portion 315, the second connecting portion 314 are equipped with the second mounting groove 314a, and the second sensor 132 is fixed on described second
Mounting groove 314a, the third connecting portion 315 is equipped with the third mounting groove 315a being oppositely arranged with the second mounting groove 314a, described
3rd sensor 133 is fixed on the third mounting groove 315a.
The second sensor 132 and the 3rd sensor 133 are position sensor, specifically, described second passes
Sensor 132 and the 3rd sensor 133 are limit sensors.The second sensor 132 is towards the third connecting portion
315 sides are equipped with the second contact 132a, the second contact 132a and stretch out the second mounting groove 314a, the 3rd sensor
133 are equipped with third contact 133a, the third contact 133a towards the side of the second connecting portion 314 stretches out the third peace
Tankage 315a, the second contact 132a and the third contact 133a are elastic piece.When the door baffle 32 contacts at
During the second connecting portion 314, the second contact 132a is pushed back the second mounting groove 314a, institute by the door baffle 32
It states door 3 to fully open, so as to trigger the second sensor 132, powers off second motor 144, avoid the door
Plate washer 32 further slides.When the door baffle 32 contacts at the third connecting portion 315, the door baffle 32 is by institute
It states third contact 133a and pushes back the third mounting groove 315a, the door 3 is closed, so as to trigger the 3rd sensor 133,
Second motor 144 is powered off, the door plate washer 32 is avoided further to slide.In other embodiments, described second
Sensor 132 and the 3rd sensor 133 can also be mechanical limit switches.
Further, the storage compartment 10 further includes cover board 4, the cover board 4 be located at the door 3 and the rear cover 2 it
Between, the cover board 4 is fixedly connected between two guide rails 1.
In present embodiment, the guide rail 1 has two lateral walls 17 being disposed opposite to each other, and the lateral wall 17 is along described
The length direction extension of guide rail 1, for the lateral wall 17 perpendicular to the extending direction of first groove 11, the cover board 4 is in square
Shape, the cover board 4 are individually fixed in the lateral wall 17 of two guide rails 1 by screw, another described cover board 4 is logical
Another described lateral wall 17 that screw is individually fixed in two guide rails 1 is crossed, so as to greatly enhance the storage compartment 10
Structural strength, and when user's operation it is improper and cause the mobile power 200 in storage compartment 10 with the first rotating shaft
141 and second shaft 142 be detached from when, the cover board 4 prevents the mobile power 200 from falling and damage.
Further, the detection components 30 further include the 4th sensor 134 for being fixed on the guide rail 1, when described
When four sensors 134 detect that the mobile power 200 skids off the guide rail 1 to predeterminated position, first motor 143 stops
Rotation.
In present embodiment, the 4th sensor 134 is position sensor, it is preferred that the 4th sensor 134 is
Limit sensors, one of guide rail 1 are equipped with the 4th mounting groove 16, and the 4th sensor 134 is fixed on the 4th installation
Slot 16, the 4th sensor 134 be equipped with the 4th contact 134a, the 4th contact 134a be elastic piece, the 4th contact
134a is arc-shaped, and the 4th contact 134a stretches out the bottom of first groove 11 of the guide rail 1, when the mobile power
200 when slipping into the guide rail 1, and the 4th contact 134a is pushed back the 4th mounting groove 16 by 200 side of mobile power,
When the mobile power 200 skids off the guide rail 1 to predeterminated position, wherein the predeterminated position depends on the described 4th installation
Slot 16 and the distance of the door fixed plate 31,200 side of mobile power are disengaged with the 4th contact 134a, are touched
Sending out the 4th sensor 134 described works so that and first motor 143 powers off, and the first rotating shaft 141 stops operating, so as to
The storage compartment 10 is stretched out in 200 part of mobile power, and user is facilitated to take away.
Referring to Fig. 7, the utility model also provides a kind of mobile power rental equipment 1000, which is characterized in that the shifting
Dynamic power supply rental equipment 1000 includes the mobile power storing unit 100 described in any of the above one, and the mobile power is rented
Equipment 1000 further includes cabinet 300, and the mobile power storing unit 100 is fixed in the cabinet 300.It is specifically, described
Cabinet 300 includes main cabinet 310, rear cover 320, stent 330, and the cabinet 300 is hollow structure, the mobile power storage dress
It puts 100 and the stent 330 is fixed on by screw, the stent 330 is fixed on by screw in the main cabinet 331, described
Rear cover 320 is detachably secured to 331 outside of main cabinet, to close inside the main cabinet 331.
Further, the mobile power rental equipment 1000 further includes the screen for being fixed on 300 outside of cabinet
400, the human-computer interaction of 400 mobile power 200 for rental of screen and display advertisement.Specifically, the screen 400 wraps
Display screen 410, touch screen 420, display driving plate 430 are included, the touch screen 420 and the display driving plate 430 are set respectively
In 400 both sides of display screen, so as to which user can be borrowed or be given back the mobile power by touching the screen 400
200 man-machine interactive operation.
Fig. 3 and Fig. 7 are please referred to Figure 12, the mobile power rental equipment 1000 further includes mobile power 200, institute
It states mobile power 200 to be slidably connected the guide rail 1, the mobile power 200 is located at the first rotating shaft 141 and described second turn
Between axis 142.The mobile power 200 is equipped with to be touched with the charging 121 corresponding charging contact 210 of thimble, the charging
The setting identical with the quantity of the charging thimble 121 of the number of point 210, multiple charging contacts 210 are about the mobile electricity
The geometric center lines in source 100 are symmetrical.In present embodiment, the mobile power 200 includes housing 220, battery body 230, electricity
Road plate 240, charging contact module 250, the housing 220 include the first shell 220a being oppositely arranged and second shell 220b,
The first shell 220a is fixedly connected with second shell 220b, and the battery body 230 and the circuit board 240 are fixed on described
Between first shell 220a and the second shell 220b, the battery body 230 is fixedly connected with the circuit board 240, and electricity
Connect the circuit board 240.The charging contact module 250 is fixed on described 220 one end of housing, the charging contact module
250 be equipped with the charging contact 210 and with the corresponding pin 250a of the charging contact, the charging contact 210 for gold
Belong to contact, the pin 210 is by being fixedly welded on the circuit board 240, so as to the charging contact module 250 and the electricity
Road plate 240 is electrically connected, and when contacting at the charging contact 210 so as to the charging thimble 121, passes through the pin 210 and institute
Circuit board 240 is stated to charge to the battery body 230.
Further, the mobile power 200 has two the first lateral walls 260 and vertical connection parallel to each other
Second lateral wall 270 of first lateral wall 260, the mobile power 200 are set respectively in two first lateral walls 260
There are the first groove 261 and the second groove 262 being disposed opposite to each other, the mobile power 200 is equipped with the in second lateral wall 270
Three grooves 271, the mobile power 200 is equipped with the first data line 280, the second data line 290, third data line 2100, described
First data line 280, second data line 290, the third data line 2100 be sticked in respectively first groove 261,
Second groove 262 and the third groove 271, so as to save the mobile power 200 accounting in the storage compartment 10
Use space.In present embodiment, the first shell 220a and the second shell 220b are respectively provided with outside two described first
Side wall 260, the first shell 220a is concordant with the both sides of the second shell 220b, forms the second lateral wall 270.Specifically
, first data line 280, second data line 290, the third data line 2100 are respectively Lighting interface lines
Data line, micro usb lines and TypeC interface lines, so as to which different mobile terminal user be facilitated to borrow the mobile power
It is charged when 200 using corresponding data line.
Between two guide rails being rotationally connected with respectively by the first rotating shaft, second shaft, described first
Shaft is parallel with second shaft, and the vertical guide rail, the outer peripheral sidewall of the first rotating shaft and second turn described
The outer peripheral sidewall of axis opposite with the mobile power two side rolls cooperation respectively so that mobile power can be at described first turn
It is slided under the drive of axis and second shaft along the guide rail；First motor is recycled to be fixed on the guide rail, institute
It states the first motor to be rotatablely connected with the first rotating shaft, first motor is to drive the first rotating shaft to rotate, to drive
The mobile power is moved along the guide rail；It is described to fill between being fixedly connected on two guide rails by the rear cover again
Electric thimble and the first sensor are fixed in the rear cover side by side, when the first sensor detects that the mobile power supports
It touches when the charging thimble, first motor stops rotating.So as to which mobile power storing unit realizes the mobile power
Automatically the charging thimble is contacted at, ensures charging effect, improves user experience.
The above is the preferred embodiment of the utility model, it is noted that for the ordinary skill of the art
For personnel, under the premise of the utility model principle is not departed from, several improvements and modifications can also be made, these are improved and profit
Decorations are also considered as the scope of protection of the utility model.
Claims (16)
1. a kind of mobile power storing unit, which is characterized in that the mobile power storing unit includes storage compartment, charging group
Part, detection components, transmission component, the storage compartment include two guide rails, rear covers being oppositely arranged, and the guide rail is to movement
Power supply slide-and-guide, the rear cover are fixedly connected between two guide rails, and positioned at one end of two guide rails；It is described
Charging assembly includes charging thimble, and the detection components include first sensor, the charging thimble and the first sensor
It is fixed in the rear cover side by side, for the charging thimble to charge to mobile power, the first sensor is described to detect
Whether mobile power contacts at the charging thimble；The transmission component includes first rotating shaft, the second shaft, the first motor, institute
State first rotating shaft, second shaft is rotationally connected with respectively between two guide rails, the first rotating shaft and described second
Shaft is parallel, and the vertical guide rail, the outer peripheral sidewall point of the outer peripheral sidewall of the first rotating shaft and second shaft
Not opposite with the mobile power two side rolls cooperation, first motor are fixed on the guide rail, first motor with
The first rotating shaft rotation connection, first motor is to drive the first rotating shaft to rotate, to drive the mobile power
It is moved along the guide rail；It is described when the first sensor detects that the mobile power contacts at the charging thimble
First motor stops rotating.
2. mobile power storing unit as described in claim 1, which is characterized in that the storage compartment further includes door, described
Door includes door fixed plate and door baffle, and the door fixed plate is fixed on one of two guide rails far from the rear cover
End, the door barrier slides connect the door fixed plate, the slip side of the relatively described door fixed plate of the door baffle
To the extending direction perpendicular to the guide rail, plate closing or expansion are fixed with relatively described door.
3. mobile power storing unit as claimed in claim 2, which is characterized in that the transmission component further includes the second horse
It reaches, second motor is fixed on the door fixed plate, drives the door barrier slides.
4. mobile power storing unit as claimed in claim 3, which is characterized in that second motor includes being fixed on described
The ontology of door fixed plate and the gear for being rotationally connected with the ontology, the door baffle is along being parallel to the door baffle
The direction that relatively described door fixed plate is slided is equipped with rack, and the gear engages connection with the rack, so that the gear
During rotation, the relatively described door of the door baffle is driven to fix plate closing or expansion.
5. mobile power storing unit as claimed in claim 3, which is characterized in that the door fixed plate include first end and
The second end of relatively described first end setting, the door barrier slides are connected between the first end and the second end,
The detection components further include the second sensor for being fixed on the first end and the 3rd sensor for being fixed on the second end,
When the second sensor detects that the door baffle contacts at the first end, second motor stops operating；When
When the 3rd sensor detects that the door baffle contacts at the second end, second motor stops operating.
6. mobile power storing unit as described in claim 1, which is characterized in that the storage compartment further includes cover board, described
Between the door and the rear cover, the cover board is fixedly connected between two guide rails cover board.
7. mobile power storing unit as described in claim 1, which is characterized in that the guide rail is equipped with first along its length
Groove, first groove is to the mobile power slide-and-guide.
8. mobile power storing unit as claimed in claim 7, which is characterized in that the guide rail is separate in first groove
Described door fixed plate one end be equipped with limiting section, the mobile power slide into contact at it is described charging thimble when, the limiting
Portion is fixedly connected with the mobile power.
9. mobile power storing unit as described in claim 1, which is characterized in that the outer peripheral sidewall cladding of the first rotating shaft
There is the first damping sleeve, the outer peripheral sidewall of second shaft is coated with the second damping sleeve, first damping sleeve and described second
Both sides opposite to the mobile power apply damping force to damping sleeve respectively.
10. mobile power storing unit as described in claim 1, which is characterized in that the detection components, which further include, to be fixed on
4th sensor of the guide rail, when the 4th sensor detects that the mobile power skids off the guide rail to predeterminated position
When, first motor stops operating.
11. a kind of mobile power storing unit as described in claim 1, which is characterized in that the rear cover is along perpendicular to institute
It states and multiple spaced charging thimbles is set on the length direction of guide rail, multiple charging thimbles are about after described
The geometric center lines of lid are symmetrical.
12. a kind of mobile power rental equipment, which is characterized in that the mobile power rental equipment includes claim 1 to 11
Mobile power storing unit described in any one, the mobile power rental equipment further include cabinet, and the mobile power is deposited
Device is put to be fixed in the cabinet.
13. mobile power rental equipment as claimed in claim 12, which is characterized in that the mobile power rental equipment also wraps
Include the screen being fixed on the outside of the cabinet, the human-computer interaction of the screen mobile power for rental and display advertisement.
14. mobile power rental equipment as claimed in claim 12, which is characterized in that the mobile power rental equipment also wraps
Include mobile power, the mobile power is slidably connected the guide rail, and the mobile power is located at the first rotating shaft and described the
Between two shafts, the mobile power is equipped with and the charging corresponding charging contact of thimble, the number of the charging contact
Setting identical with the quantity of the charging thimble, geometric center lines pair of multiple charging contacts about the mobile power
Claim.
15. mobile power rental equipment as claimed in claim 14, which is characterized in that the mobile power has parallel to each other
Two the first lateral walls and vertical connection described in the first lateral wall the second lateral wall, the mobile power is respectively two
A first lateral wall is equipped with the first groove and the second groove being disposed opposite to each other, and the mobile power is in second lateral wall
Equipped with third groove, the mobile power be equipped with the first data line, the second data line, third data line, first data line,
It is recessed that second data line and the third data line are sticked in first groove, second groove and the third respectively
Slot.
16. mobile power rental equipment as claimed in claim 15, which is characterized in that first data line, described second
Data line and the third data line are respectively Lighting interface lines data line, micro usb lines and TypeC interfaces
Line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721290866.6U CN207490542U (en) | 2017-09-30 | 2017-09-30 | Mobile power storing unit and mobile power rental equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721290866.6U CN207490542U (en) | 2017-09-30 | 2017-09-30 | Mobile power storing unit and mobile power rental equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207490542U true CN207490542U (en) | 2018-06-12 |
Family
ID=62479634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721290866.6U Expired - Fee Related CN207490542U (en) | 2017-09-30 | 2017-09-30 | Mobile power storing unit and mobile power rental equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207490542U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107666163A (en) * | 2017-09-30 | 2018-02-06 | 深圳市车望神州科技有限公司 | Portable power source storing unit and portable power source rental equipment |
| CN110797926A (en) * | 2018-08-02 | 2020-02-14 | 深圳市倍斯特科技股份有限公司 | Mobile power supply charging equipment |
-
2017
- 2017-09-30 CN CN201721290866.6U patent/CN207490542U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107666163A (en) * | 2017-09-30 | 2018-02-06 | 深圳市车望神州科技有限公司 | Portable power source storing unit and portable power source rental equipment |
| CN110797926A (en) * | 2018-08-02 | 2020-02-14 | 深圳市倍斯特科技股份有限公司 | Mobile power supply charging equipment |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180612 Termination date: 20200930 |