CN102801186B - Charging base with safety function - Google Patents
Charging base with safety function Download PDFInfo
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- CN102801186B CN102801186B CN201110139112.1A CN201110139112A CN102801186B CN 102801186 B CN102801186 B CN 102801186B CN 201110139112 A CN201110139112 A CN 201110139112A CN 102801186 B CN102801186 B CN 102801186B
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- cradle
- groove
- electronic installation
- card
- placement section
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Abstract
The invention provides a charging base with a safety function. The charging base is provided with a power input end used for supplying power to or charging a handheld electronic device, wherein the electronic device is provided with a clamp slot. The charging base comprises a base body, a bearing part and a control part, wherein the base body is provided with an accommodating slot; the bearing part is accommodated in the accommodating slot so as to accommodate and support the electronic device, and is provided with a bayonet; when the electronic device is accommodated in the bearing part, the bayonet is opposite to the clamp slot; the control part is fixedly installed in the base body and comprises a magnetic reed switch and a safety fastener; the magnetic reed switch is provided with a movable shaft in a convex manner; the safety fastener comprises a clamp fitting part pivotally connected on the bearing part and a fastening part arranged at one end of the clamp fitting part in a convex manner; the other end of the clamp fitting part is matched with the movable shaft; and when the magnetic reed switch is turned on, the movable shaft moves and pushes the clamp fitting part to rotate, and the fastening part passes through the bayonet and is fastened in the clamp slot so as to restrain the electronic device in the base body. The charging base has the following beneficial effect: whether the magnetic reed switch is turned on to lock or unlock the electronic device can be determined by inputting passwords and fingerprints, thus ensuring the use safety of the electronic device.
Description
Technical field
The present invention relates to a kind of cradle, especially a kind of cradle with safety function.
Background technology
Generally speaking, carrying out charging to portable electric device (such as, panel computer) is all adopt cradle to be directly electrically connected to the power input of electronic installation to charge.But, anyly can directly electronic installation to be extracted from cradle per capita, and without any need for password or authentication.Therefore, when electronic installation be positioned over certain place away from owner charge time, other people can arbitrarily extract electronic installation or employ application program and the file of electronic installation inside, and this easily causes the loss of electronic installation or the loss of internal file.When charged state, this type of cradle can not ensure product and the information security of electronic installation.
For this reason, a kind of cradle need be provided, can effectively charge to electronic installation, and ensure product and the information security of electronic installation.
Summary of the invention
In view of this, a kind of cradle need be provided, particularly a kind of cradle with safety function, with prevent electronic installation charge or exchanges data time lose.
The cradle with safety function in one embodiment of the present invention, is provided with power input, and for powering for portable electric device or charging, described electronic installation is provided with draw-in groove.Described cradle comprises pedestal, placement section and control part.Described pedestal is provided with accepting groove.Described placement section is placed in described accepting groove, and described placement section is accommodated and supported described electronic installation, and described placement section is provided with bayonet socket, and when described electronic installation is contained in described placement section, described bayonet socket is relative with described draw-in groove.Described control part to be fixedly installed in described pedestal and to comprise magnetic reed switch and safe block button, described magnetic reed switch projection movable axis, described safe block button comprises card and joins portion and buckling parts, the described card portion of joining is articulated in described placement section, one end that portion joined by described card coordinates with described movable axis, and described buckling parts is convexly equipped in the other end that portion joined by described card.When described magnetic reed switch starts, described movable axis is subjected to displacement and promotes the described card portion of joining and rotates, and is located at the buckling parts that card joins portion's other end and passes described bayonet socket and be fastened in described draw-in groove, and then described electronic installation is constrained in described pedestal.
Preferably, described placement section comprises a pair stiffener, described stiffener is positioned at the both sides of described bayonet socket, described stiffener is provided with rotating hole, described safe block button is provided with a pair convex axle, described convex crown of roll is located at described card and is joined the both sides in portion to accommodate and to be rotationally connected with in described rotating hole, so that described safe block button is movably connected on described placement section.
Preferably, described movable axis is provided with the first spaced block and the second block, described movable axis is through described hardy hole and the card portion of joining of described safe block button is positioned at described first block and the second block, thus the described card portion of joining is axially fixed at described movable axis.
Preferably, described card joins portion and described buckling parts by one-body molded and make.
Preferably, described placement section is provided with the groove that has diapire, and described groove is used for accommodating described electronic installation, and described diapire is provided with output interface to be electrically connected described electronic installation.
Preferably, described placement section is provided with a pair reference column, and described reference column protrudes from described diapire to be contained in described electronic installation, is firmly positioned in described groove to make described electronic installation.
Preferably, described cradle comprises circuit board, described circuit board to be fixedly installed in described pedestal and to be electrically connected at described control part and described power input, described pedestal comprises panel and extends to the first side wall along described panel periphery bending, described panel and described the first side wall form receiving space jointly, to accommodate described control part and described circuit board.
Preferably, described pedestal comprises numerical key, power key and Fingerprint Identification Unit, described panel is provided with the first accepting hole, the second accepting hole and the 3rd accepting hole, described numerical key to be contained in described first accepting hole and to be electrically connected at described circuit board, with setting or input password, described power key to be contained in described second accepting hole and to be electrically connected at described circuit board, to control the electric power starting of described cradle with closed, described Fingerprint Identification Unit to be contained in described 3rd accepting hole and to be electrically connected at described circuit board, to set or to input user fingerprints.
Preferably, described pedestal comprises a pair second sidewalls and a pair the 3rd sidewalls, described second sidewalls orthogonal is connected between described 3rd sidewall, described second sidewall and described 3rd sidewall around region emptied, to form described accepting groove, the through described panel of described accepting groove is with accommodating described placement section.
Preferably, described second sidewall is provided with card and joins groove, and described placement section is provided with rotating shaft, and described rotating shaft is arranged in described card and joins in groove to make described placement section be rotationally connected with described pedestal.
Compared to prior art, the cradle with safety function of the present invention, placement section is provided with groove with fixed placement electronic installation, and be connected in the hardy hole of safe block button by the movable axis of magnetic reed switch, with make the buckling parts of safe block button through placement section bayonet socket and be fastened in the draw-in groove of electronic installation, thus make electronic installation charge time can firmly snap close on cradle.And, by input password and checking fingerprint, whether correct to judge the identity of user, and determine whether to start magnetic reed switch and electronic installation is locked or unlocks with this, like this, the use safety of electronic installation under charged state or exchanges data state can effectively be ensured.
Accompanying drawing explanation
Fig. 1 is the charging using state figure of the cradle of the present invention.
Fig. 2 is the cradle of the present invention and the exploded view of electronic installation.
Fig. 3 is the exploded view of the cradle of the present invention.
Fig. 4 is the exploded view of the cradle other direction of the present invention.
Fig. 5 is the enlarged drawing in V region in Fig. 4.
Fig. 6 is the cradle of the present invention and the cutaway view of electronic installation.
Fig. 7 is the enlarged drawing in VII region in Fig. 6.
Fig. 8 is the flow chart of the cradle snap close electronic installation of the present invention.
Fig. 9 is the flow chart that electronic installation unlocks by the cradle of the present invention.
Main element symbol description
Cradle 100
Pedestal 10
Housing 12
The first side wall 120
Through hole 1204
Panel 121
First surface 1210
Second surface 1212
First accepting hole 1213
Second accepting hole 1214
3rd accepting hole 1215
Projection 1216
First installing hole 1217
Receiving space 122
Second sidewall 124
Groove 1245 joined by card
3rd sidewall 125
Accepting groove 126
Numerical key 13
Power key 14
Fingerprint Identification Unit 15
Bottom 16
Second installing hole 164
Placement section 20
Side plate 22
Host cavity 23
Body 24
Groove 25
Diapire 251
Sidepiece 252
Reference column 253
Output interface 256
Bayonet socket 259
Rotating shaft 26
Stiffener 27
Rotating hole 275
Control part 30
Magnetic reed switch 32
Movable axis 324
First block 3240
Second block 3245
Fixed head 328
Safe block button 34
Portion 342 joined by card
Buckling parts 344
Hardy hole 346
Convex axle 348
Circuit board 40
First circuit board 42
Second circuit board 44
Cable 45
Fingerprint recognition plate 46
Tertiary circuit plate 48
Electric wire 50
Power input 70
Electronic installation 90
Input port 92
Draw-in groove 96
Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
Embodiment
Fig. 1 is the charging using state figure of the cradle 100 of the present invention.Cradle 100 is provided with power input 70, for being portable electric device 90 (as: panel computer) power supply or charging.
Fig. 2 is the cradle 100 of the present invention and the exploded view of electronic installation 90, and Fig. 3 is the exploded view of the cradle 100 of the present invention.Cradle 100 comprises pedestal 10, placement section 20, control part 30 and circuit board 40.Placement section 20 is articulated in pedestal 10 to accommodate and to support described electronic installation 90.Control part 30 is installed on to match with electronic installation 90 on placement section 20, and circuit board 40 to be fixedly installed in pedestal 10 and to be electrically connected at control part 30.
Please refer to Fig. 3 and Fig. 4, pedestal 10 comprises housing 12, numerical key 13, power key 14, Fingerprint Identification Unit 15 and bottom 16.Housing 12 coordinates with placement section 20 and control part 30, and bottom 16 is fixedly installed in the side away from described placement section 20 of described housing 12, and numerical key 13, power key 14 and Fingerprint Identification Unit 15 are each passed through housing 12 and are electrically connected at circuit board 40.
Housing 12 comprises panel 121 and the first side wall 120 along panel Edge Bend extension in 121 weeks, and panel 121 and the first side wall 120 form a receiving space 122, jointly to accommodate control part 30 and circuit board 40.The cross section of panel 121 is U-shaped, for plane and both sides are the inclined plane with certain angle namely.In the present embodiment, numerical key 13, power key 14, Fingerprint Identification Unit 15 and circuit board 40 are installed on the inclined plane part of panel 121, thus make cradle 100 compact conformation, and the function that tool is easy to operate.
The first side wall 120 is provided with through hole 1204, and power input 70 passes through hole 1204 to stretch into pedestal 10 inside and to be electrically connected to circuit board 40 by power line.
Panel 121 comprises first surface 1210 and the second surface 1212 relative with first surface 1210, and first surface 1210 is the outer surface of housing 12, second surface 1212 be housing inner surface and towards described receiving space 122.Panel 121 is provided with the first accepting hole 1213, second accepting hole 1214 through first surface 1210 and second surface 1212 and the 3rd accepting hole 1215.Numerical key 13 to be contained in the first accepting hole 1213 and to be electrically connected at circuit board 40, and described numerical key 13 part protrudes from described first surface 1210, so that user's pressing is with setting or input user cipher.Power key 14 to be contained in the second accepting hole 1214 and to be electrically connected at circuit board 40, and described power key 14 part protrudes from described first surface 1210, so that user's pressing is to control the electric power starting of described cradle 100 with closed.Fingerprint Identification Unit 15 to be contained in the 3rd accepting hole 1215 and to be electrically connected at circuit board 40, and is depressed in first surface 1210, points so that user puts into and carries out fingerprint setting and checking.
Panel 121 is provided with multiple projection 1216 and protrudes from second surface 1212 and extend in receiving space 122, and one end away from second surface 1212 of projection 1216 is provided with the first installing hole 1217, so that circuit board 40 and bottom 16 are fixedly installed in housing 12.Bottom 16 is provided with multiple second installing hole 164, lock onto bottom 16 to be fixedly connected on housing 12 in the first installing hole 1217, hide receiving space 122 simultaneously by securing member (e.g., screw, bolt, rivet etc.) through the second installing hole 164.
Housing 12 also comprises a pair second sidewalls 124 and a pair the 3rd sidewalls 125, and described second sidewall 124 is vertically connected at this between the 3rd sidewall 125.Described second sidewall 124 and described 3rd sidewall 125 on housing 12 institute around region emptied, a formation accepting groove 126 like this, the through described panel 121 of described accepting groove 126 is to hold placement section 20.In the present embodiment, second sidewall 124 not only extends along second surface 1212 is vertical in receiving space 122, but also extend in approximate half-circular perpendicular to first surface 1210 towards away from housing 12 direction, 3rd sidewall 125 only extends along second surface 1212 is vertical in receiving space 122, inner at receiving space 122, the 3rd sidewall 125 a little more than the second sidewall 124 so that install and use placement section 20.
In the present embodiment, projection 1216 is located between the 3rd sidewall 125 and the first side wall 120 to make circuit board 40 be installed between the 3rd sidewall 125 and the first side wall 120, to save installing space.
In the present embodiment, the first side wall 120, panel 121, second sidewall 124, the 3rd sidewall 125 and projection 1216 are by one-body molded and make.
Placement section 20 is placed in accepting groove 126, and comprises body 24 and be positioned at the side plate 22 of body 24 both sides.Body 24 is roughly hollow semi-cylinders shape, and side plate 22 is corresponding with the second sidewall 124 in semicircle shape, and like this, body 24 and side plate 22 surround the host cavity 23 that has opening.During installation, the opening direction of host cavity 23 is identical with the opening direction of receiving space 122.Second sidewall 124 of housing 12 is provided with card and joins groove 1245, card join groove 1245 be semicircle and opening direction is identical with the opening direction of receiving space 122.Side plate 22 is convexly equipped with rotating shaft 26, and rotating shaft 26 is convexly equipped in the outside of side plate 22 and extends along the direction away from host cavity 23, and described rotating shaft 26 is parallel to the 3rd sidewall 125.Rotating shaft 26 is arranged in card to join in groove 1245 to make described placement section 20 be rotationally connected with pedestal 10, and make the opening direction of host cavity 23 identical with the opening direction of receiving space 122, first surface 1210 for housing 12 is encircleed to make described body 24, and side plate 22 and the second sidewall 124 flush in the side away from first surface 1210.During use, side plate 22 keeps out effect by the second sidewall 124, described placement section 20 is limited between the 3rd sidewall 125, and rotating shaft 26 is installed on card and joins in groove 1245, placement section 20 can only be rotated relative to pedestal 10.
The center of body 24 is provided with has groove 25, and the opening direction of groove 25 deviates from mutually with the opening direction of host cavity 23.In the present embodiment, one end of electronic installation 90 for holding electronic device 90, that is, is inserted in groove 25 to charge to electronic installation 90 or to carry out exchanges data by groove 25.Groove 25 is formed by diapire 251 and along the sidepiece 252 that diapire 251 weeks Edge Bends extend to body 24, diapire 251 is provided with an output interface 256 and a pair reference column 253, and output interface 256 and electronic installation 90 are electrically connected charge to electronic installation 90 or carry out exchanges data.Switch on power when pedestal 10 and press power key 14, just can charge to electronic installation 90.Described reference column 253 is positioned at the both sides of output interface 256, and protrudes from diapire 251 to be contained in electronic installation 90, to make electronic installation 90 firmly be positioned in groove 25, thus makes electronic installation 90 and cradle 100 stable engagement.Electronic installation 90 is provided with draw-in groove 96, and sidepiece 252 is provided with bayonet socket 259, and when electronic installation 90 is contained in placement section 20, described bayonet socket 259 is relative with described draw-in groove 96, as shown in Figure 7.Placement section 20 also comprises a pair stiffener 27, and this is located between sidepiece 252 and body 24, to strengthen the intensity of bayonet socket 259 surrounding structure to stiffener 27 in the both sides of bayonet socket 259.Described stiffener 27 is provided with rotating hole 275 to coordinate with control part 30.
Fig. 5 is the enlarged drawing in V region in Fig. 4, and control part 30 is installed on the diapire 251 of placement section 20 and is positioned at the side deviating from groove 25, and for controlling electronic installation 90, whether snap close is in cradle 100.Control part 30 comprises magnetic reed switch 32 and safe block button 34, and magnetic reed switch 32 is fixedly installed in the side deviating from groove 25 of diapire 251 by fixed head 328.One end of magnetic reed switch 32 is convexly equipped with a movable axis 324, and the other end is electrically connected at circuit board 40 by electric wire 50.When starting magnetic reed switch 32, movable axis 324 makes stretching motion relative to fixed head 328, moves to drive safe block button 34.Movable axis 324 is provided with the first spaced block 3240 and the second block 3245, for being sandwiched in therebetween by safe block button 34.
Safe block button 34 coordinates with magnetic reed switch 32 with snap close electronic installation 90, and comprises card and join portion 342 and buckling parts 344, and card is joined portion 342 and is articulated in placement section 20.One end that portion 342 joined by card is provided with a hardy hole 346 to be connected to movable axis 324, buckling parts 344 protrude from card join portion 342 the other end and away from hardy hole 346.When described magnetic reed switch 32 starts, described movable axis 324 is subjected to displacement and promotes described card joins portion 342 and rotates, be located at buckling parts 344 that card joins portion 342 other end and be fastened in the draw-in groove 96 of electronic installation 90, so that electronic installation 90 is constrained in pedestal 10 through bayonet socket 259.Portion 342 both sides projection a pair convex axle 348 joined by card, and the both sides that described convex axle 348 is arranged in buckling parts 344 are movably connected on placement section 20 to accommodate and to be rotationally connected with rotating hole 275 to make safe block button 34.Movable axis 324 is through hardy hole 346 and make card join portion 342 the first block 3240 and the second block 3245, thus card is joined portion 342 and be axially fixed at described movable axis 324.In the present embodiment, card joins portion 342 and buckling parts 344 by one-body molded and make.
Please refer to Fig. 3 and Fig. 4, circuit board 40 is fixedly installed in the receiving space 122 of housing 12, comprises first circuit board 42, second circuit board 44, fingerprint recognition plate 46 and tertiary circuit plate 48.Utilize securing member (as screw, screw and bolt etc.) first circuit board 42 to be locked in the first installing hole 1217 with the region fixedly pinned by first circuit board 42 and between the first side wall 120 of housing 12 and the 3rd sidewall 125, numerical key 13 and power key 14 are electrically connected at first circuit board 42 respectively.By electric wire 50 fingerprint recognition plate 46 be electrically connected at first circuit board 42 and be fixedly installed in the side of first circuit board 42, Fingerprint Identification Unit 15 and fingerprint recognition plate 46 are electrically connected.Securing member (as screw, screw and bolt etc.) is utilized second circuit board 44 to be locked in the first installing hole 1217 interior with the region between the first side wall 120 second circuit board 44 being fixedly installed in housing 12 and the 3rd sidewall 125, power input 70 is electrically connected at second circuit board 44 to power to cradle 100, and utilizes cable 45 to be electrically connected between first circuit board 42 and second circuit board 44.As shown in Figure 6, tertiary circuit plate 48 is fixedly installed between fixed head 328 and diapire 251, to be electrically connected at magnetic reed switch 32 and output interface 256, by electric wire 50, magnetic reed switch 32 is electrically connected at first circuit board 42, to ensure the power supply constrained input of magnetic reed switch 32.
When power input 70 connects external power source, pressing power key 14 is to start cradle 100, and output interface 256 docks with the input port 92 (see Fig. 7) of electronic installation 90, to charge to electronic installation 90 or to carry out exchanges data.
Below the installation process of cradle 100 is described in detail.
First, placement section 20 is contained in accepting groove 126, and rotating shaft 26 is arranged in card and joins in groove 1245 to make the opening direction of host cavity 23 and described body 24 identical with the opening direction of receiving space 122 encircle first surface 1210 for described housing 12.Tertiary circuit plate 48 is fixedly installed in the side deviating from groove 25 of diapire 251, to be electrically connected at output interface 256, by fixed head 328, magnetic reed switch 32 is fixedly installed on tertiary circuit plate 48, and make movable axis 324 towards the side of bayonet socket 259 place sidepiece 252, movable axis 324 is through hardy hole 346, and make card join portion 342 between the first block 3240 and the second block 3245, be axially fixed at movable axis 324 card to be joined portion 342.Then, by numerical key 13, power key 14 and Fingerprint Identification Unit 15 embed the first accepting hole 1213 respectively, in second accepting hole 1214 and the 3rd accepting hole 1215, the receiving space 122 first circuit board 42 and fingerprint recognition plate 46 being fixedly installed in respectively housing 12 is interior to be electrically connected at numerical key 13, power key 14 and Fingerprint Identification Unit 15, and be electrically connected at first circuit board 42 respectively by electric wire 50 magnetic reed switch 32 and fingerprint recognition plate 46, the receiving space 122 second circuit board 44 being fixedly installed in housing 12 is interior to be electrically connected with power input 70, and be electrically connected by cable 45 and first circuit board 42.Then, the convex axle 348 of safe block button 34 is contained in rotating hole 275, and buckling parts 344 and bayonet socket 259 are cooperatively interacted, be fastened in placement section 20 to make safe block button 34, card is made to join portion 342 the first block 3240 and the second block 3245 through hardy hole 346 movable axis 324, drive movable axis 324 to move around by the unlatching of magnetic reed switch 32 with closed, and then drive safe block button 34 to rotate around convex axle 348, to make buckling parts 344 snap close or to depart from bayonet socket 259.Finally, bottom 16 is hidden receiving space 122, pass the second installing hole 164 by securing member and be locked in the first installing hole 1217 to be fixedly installed on housing 12 by bottom 16, thus completing the installation of cradle 100.
Below the use procedure of cradle 100 is described in detail.
Fig. 8 is the flow chart of the cradle 100 snap close electronic installation 90 of the present invention, S100, electronic installation 90 is engaged with cradle 100, specifically, electronic installation 90 is positioned in groove 25, and make reference column 253 be contained in electronic installation 90 and output interface 256 is electrically connected with input port 92, fixedly mount to make electronic installation 90 and be electrically connected at cradle 100, as shown in Figure 6 and Figure 7.S120, connects external power source by power input 70 and presses power key 14 with power-on.S140, by pressing numerical key 13 to input user's setting code, and is presented on the display screen of electronic installation 90, if the password inputted is correct, then enters next step; Otherwise, need to re-enter password till password is correct.S160, by finger presses on Fingerprint Identification Unit 15 to carry out fingerprint recognition, if the fingerprint inputted is consistent with the fingerprint of system storage, then enter next step; Otherwise, need finger to carry out re-pressing till fingerprint conforms to.S180, after the password inputted and fingerprint are all correct, magnetic reed switch 32 starts movable axis 324 is retracted and drives safe block button 34 to move towards groove 25 side, namely, safe block button 34 rotates around convex axle 348 portion 20 staggered relatively, making buckling parts 344 be fastened in draw-in groove 96 through bayonet socket 259, so that electronic installation 90 snap close is carried out charging operation to electronic installation 90 or carries out exchanges data on cradle 100.
Fig. 9 is the flow chart that electronic installation 90 unlocks by the cradle 100 of the present invention, when completing charging work or the exchanges data work of electronic installation 90, to be fetched from cradle 100 by electronic installation 90, has then needed following steps.S200, safe block button 34 is through buckle 259 and be fastened in draw-in groove 96, with by electronic installation 90 snap close on cradle 100.S220, by pressing numerical key 13 to input user's setting code, if the password inputted is correct, then enters next step; Otherwise, need to re-enter password till password is correct.S240, by finger presses on Fingerprint Identification Unit 15 to carry out fingerprint recognition, if the fingerprint inputted is consistent with the fingerprint of system storage, then enter next step; Otherwise, need finger to carry out re-pressing till fingerprint conforms to.S260, after the password inputted and fingerprint are all correct, magnetic reed switch 32 starts movable axis 324 is stretched out and promotes safe block button 34 to move towards away from groove 25 side again, namely, safe block button 34 swings around convex axle 348 portion 20 staggered relatively, draw-in groove 96 is departed from, electronic installation 90 solution is locked in cradle 100 and electronic installation 90 has been taken out charging work or exchanges data work from cradle 100 through bayonet socket 259 to make buckling parts 344.
The cradle 100 of the present invention needs user to input password and fingerprint, judge that whether the identity of user is correct thus, and then determine whether to start magnetic reed switch 32, then safe block button 34 is controlled to be locked by electronic installation 90 or to unlock by magnetic reed switch 32, like this, the use safety of electronic installation 90 under charged state or exchanges data state can effectively be ensured.
Claims (9)
1. have a cradle for safety function, be provided with power input, for powering for portable electric device or charging, described electronic installation is provided with draw-in groove, it is characterized in that, described cradle comprises:
Pedestal, is provided with accepting groove;
Placement section, be placed in described accepting groove, described placement section is accommodated and is supported described electronic installation, described placement section is provided with bayonet socket, when described electronic installation is contained in described placement section, described bayonet socket is relative with described draw-in groove, described placement section comprises a pair stiffener, and described stiffener is positioned at the both sides of described bayonet socket, and described stiffener is provided with rotating hole; And
Control part, to be fixedly installed in described pedestal and to comprise magnetic reed switch and safe block button, described magnetic reed switch projection movable axis, described safe block button comprises card and joins portion and buckling parts, the described card portion of joining is articulated in described placement section, one end that portion joined by described card coordinates with described movable axis, described buckling parts is convexly equipped in the other end that portion joined by described card, described safe block button is provided with a pair convex axle, described convex crown of roll is located at described card and is joined the both sides in portion to accommodate and to be rotationally connected with in described rotating hole, so that described safe block button is movably connected on described placement section;
Wherein, when described magnetic reed switch starts, described movable axis is subjected to displacement and promotes the described card portion of joining and rotates, and is located at the buckling parts that card joins portion's other end and passes described bayonet socket and be fastened in described draw-in groove, and then described electronic installation is constrained in described pedestal.
2. there is the cradle of safety function as claimed in claim 1, it is characterized in that, the described card portion of joining is provided with a hardy hole, described movable axis is provided with the first spaced block and the second block, described movable axis is through described hardy hole and the card portion of joining of described safe block button is positioned at described first block and the second block, thus the described card portion of joining is axially fixed at described movable axis.
3. have the cradle of safety function as claimed in claim 2, it is characterized in that, described card joins portion and described buckling parts by one-body molded and make.
4. have the cradle of safety function as claimed in claim 1, it is characterized in that, described placement section is provided with the groove that has diapire, and described groove is used for accommodating described electronic installation, and described diapire is provided with output interface to be electrically connected described electronic installation.
5. there is the cradle of safety function as claimed in claim 4, it is characterized in that, described placement section is provided with a pair reference column, and described reference column protrudes from described diapire to be contained in described electronic installation, is firmly positioned in described groove to make described electronic installation.
6. there is the cradle of safety function as claimed in claim 1, it is characterized in that, described cradle comprises circuit board, described circuit board to be fixedly installed in described pedestal and to be electrically connected at described control part and described power input, described pedestal comprises panel and extends to the first side wall along described panel periphery bending, described panel and described the first side wall form receiving space jointly, to accommodate described control part and described circuit board.
7. there is the cradle of safety function as claimed in claim 6, it is characterized in that, described pedestal comprises numerical key, power key and Fingerprint Identification Unit, described panel is provided with the first accepting hole, second accepting hole and the 3rd accepting hole, described numerical key to be contained in described first accepting hole and to be electrically connected at described circuit board, with setting or input password, described power key to be contained in described second accepting hole and to be electrically connected at described circuit board, to control the electric power starting of described cradle with closed, described Fingerprint Identification Unit to be contained in described 3rd accepting hole and to be electrically connected at described circuit board, with setting or input user fingerprints.
8. there is the cradle of safety function as claimed in claim 6, it is characterized in that, described pedestal comprises a pair second sidewalls and a pair the 3rd sidewalls, described second sidewalls orthogonal is connected between described 3rd sidewall, described second sidewall and described 3rd sidewall around region emptied, to form described accepting groove, the through described panel of described accepting groove is with accommodating described placement section.
9. have the cradle of safety function as claimed in claim 8, it is characterized in that, described second sidewall is provided with card and joins groove, and described placement section is provided with rotating shaft, and described rotating shaft is arranged in described card and joins in groove to make described placement section be rotationally connected with described pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110139112.1A CN102801186B (en) | 2011-05-26 | 2011-05-26 | Charging base with safety function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110139112.1A CN102801186B (en) | 2011-05-26 | 2011-05-26 | Charging base with safety function |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102801186A CN102801186A (en) | 2012-11-28 |
| CN102801186B true CN102801186B (en) | 2015-01-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110139112.1A Expired - Fee Related CN102801186B (en) | 2011-05-26 | 2011-05-26 | Charging base with safety function |
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| CN (1) | CN102801186B (en) |
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| CN104377525A (en) * | 2013-06-12 | 2015-02-25 | 萨爽 | Device stand and docking station |
| CN105337361B (en) * | 2015-11-24 | 2018-01-30 | 街电科技有限公司 | Portable power source charging equipment and portable power source |
| CN105337362B (en) * | 2015-11-24 | 2017-10-03 | 街电科技有限公司 | Portable power source charging equipment |
| CN207381993U (en) * | 2017-07-03 | 2018-05-18 | 罗立国 | The blind suction charging bracket of mobile phone |
| CN107482725A (en) * | 2017-08-31 | 2017-12-15 | 芜湖迈特电子科技有限公司 | Shared portable power source fixes charging device |
| CN110658730A (en) * | 2019-10-21 | 2020-01-07 | 陕西理工大学 | Intelligent household equipment management auxiliary system and use method thereof |
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|---|---|---|---|---|
| US6438229B1 (en) * | 1994-09-08 | 2002-08-20 | Nokia Mobile Phones Limited | Radio telephone holder with battery charging and movable cradle having telephone lock |
| CN2583816Y (en) * | 2002-09-29 | 2003-10-29 | 金泰工业有限公司 | PDA and charger seat theft-proof device |
| CN2800542Y (en) * | 2005-04-22 | 2006-07-26 | 叶明祥 | Anti-theft device for USB connector |
| CN2847556Y (en) * | 2005-07-13 | 2006-12-13 | 莫列斯公司 | Charging socket for mobile phone |
| CN102037201A (en) * | 2008-03-20 | 2011-04-27 | 阿夫加林梅尔 | Theft-protecting assembly for rechargeable hand-held electronic devices |
-
2011
- 2011-05-26 CN CN201110139112.1A patent/CN102801186B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6438229B1 (en) * | 1994-09-08 | 2002-08-20 | Nokia Mobile Phones Limited | Radio telephone holder with battery charging and movable cradle having telephone lock |
| CN2583816Y (en) * | 2002-09-29 | 2003-10-29 | 金泰工业有限公司 | PDA and charger seat theft-proof device |
| CN2800542Y (en) * | 2005-04-22 | 2006-07-26 | 叶明祥 | Anti-theft device for USB connector |
| CN2847556Y (en) * | 2005-07-13 | 2006-12-13 | 莫列斯公司 | Charging socket for mobile phone |
| CN102037201A (en) * | 2008-03-20 | 2011-04-27 | 阿夫加林梅尔 | Theft-protecting assembly for rechargeable hand-held electronic devices |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102801186A (en) | 2012-11-28 |
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