CN104915129A - Electronic equipment and electronic equipment module - Google Patents

Electronic equipment and electronic equipment module Download PDF

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Publication number
CN104915129A
CN104915129A CN201410086106.8A CN201410086106A CN104915129A CN 104915129 A CN104915129 A CN 104915129A CN 201410086106 A CN201410086106 A CN 201410086106A CN 104915129 A CN104915129 A CN 104915129A
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China
Prior art keywords
electronic equipment
bindiny mechanism
magnetic
steering order
processor
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Granted
Application number
CN201410086106.8A
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Chinese (zh)
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CN104915129B (en
Inventor
杨文建
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201410086106.8A priority Critical patent/CN104915129B/en
Publication of CN104915129A publication Critical patent/CN104915129A/en
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Publication of CN104915129B publication Critical patent/CN104915129B/en
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Abstract

The invention discloses electronic equipment. The electronic equipment comprises a touch display screen, a first connecting mechanism and a processor connected with the touch display screen and the first connecting mechanism. The processor is used for acquiring input operation through the touch display screen when the electronic equipment and a corresponding electronic equipment accessory are connected through the first connecting mechanism and a second connecting mechanism arranged on the electronic equipment accessory and are in a locked connection state. Besides, the processor controls the first connecting mechanism and the second connecting mechanism to be unlocked and separated from each other when the input operation is preset operation, and therefore the electronic equipment can be separated from the electronic equipment accessory. Meanwhile, the invention discloses an electronic equipment module.

Description

A kind of electronic equipment and electronic equipment assembly
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of electronic equipment and electronic equipment assembly.
Background technology
Along with the development of technology, panel computer is extensively popularized, and dark liking by users.
The problem being unfavorable for carrying out quick input is there is in order to make up panel computer, a lot of manufacturer is the respective design keyboard base that can be connected with panel computer all, form Separable electronic device assembly with panel computer, thus meet user carries out quick input demand based on keyboard base.
But inventor is in the process realizing invention technical scheme in the embodiment of the present invention, find that above-mentioned technology at least exists following technical matters:
Separable electronic device assembly of the prior art is plug-in mostly, and utilizes buckle panel computer and keyboard base to be locked.When being separated from keyboard base by panel computer, need user's manual toggle mechanical switch, but this easily causes damage to mechanical switch.
Summary of the invention
The embodiment of the present invention is by providing a kind of electronic equipment and electronic equipment assembly, solve Separable electronic device assembly of the prior art, when panel computer is separated from keyboard base, due to needs user manual toggle mechanical switch, there is the technical matters easily mechanical switch being caused to damage.
On the one hand, the present invention provides following technical scheme by one embodiment of the invention:
A kind of electronic equipment, comprising:
Touch display screen;
First bindiny mechanism;
Processor, be connected with described touch display screen and described first bindiny mechanism, for: when described electronic equipment is connected with corresponding electronic equipment enclosure by described first bindiny mechanism and the second bindiny mechanism be arranged on described electronic equipment enclosure and is in sealed connection status, input operation is obtained by described touch display screen, and when described input operation is predetermined registration operation, control described first bindiny mechanism to unlock with described second bindiny mechanism and be separated, thus described electronic equipment is separated with described electronic equipment enclosure.
Optionally, described first bindiny mechanism, comprising:
Groove, is arranged on the first link of described electronic equipment;
Magnetic latch, is arranged in described groove, and can stretch out in described groove;
Further, described second bindiny mechanism, comprising:
Magnetic slot, arranges the second link of described electronic equipment enclosure;
Wherein, when distance between described first link and described second link is less than predeterminable range, the magnetic attracting force of described magnetic latch and described magnetic slot interacts, described magnetic latch can stretch out along first direction from described groove and enter in described magnetic slot under described magnetic attracting force effect, is in connection status to make described electronic equipment and described electronic equipment enclosure.
Optionally, described magnetic latch and described magnetic slot are wedge shape.
Optionally, described latch offers jack, described second bindiny mechanism also comprises electromagnet and contact pin, and described contact pin is connected with described electromagnet;
Now, described processor, also for: enter into after in described magnetic slot at described magnetic latch, generate the first steering order, promote described contact pin and insert in described jack to control described electromagnet along second direction, be in described sealed connection status to make described electronic equipment and described electronic equipment enclosure.
Optionally, described second direction is vertical with described first direction.
Optionally, described processor, also for:
Described user operation is obtained by described touch display screen; Judge whether described user operation is the operation of described pre-set user; If described user operation is the operation of described pre-set user, then generates the second steering order, to control described electromagnet, described contact pin is extracted in described jack, to unlock with described second bindiny mechanism to make described first bindiny mechanism and be separated.
Optionally, described first bindiny mechanism, also comprises:
Flexible member, connects described groove and magnetic latch, for after described electronic equipment is separated with described electronic equipment enclosure, is returned in described groove by described magnetic latch.
Optionally, described electronic equipment, also comprises:
Hall element, is connected with described processor;
Now, described processor, also for: being detected after magnetic field changes by described Hall element, after scheduled duration, generate described first steering order.
Optionally, described electronic equipment, also comprises:
First communication module, is connected with described processor;
Now, described processor is also for sending to described electronic equipment enclosure by described first communication module by described first steering order/the second steering order.
Optionally, described electronic equipment enclosure, also comprises:
Second communication module, for receiving described first steering order/the second steering order from described first communication module, and sends to described electromagnet by described first steering order/the second steering order.
On the other hand, the present invention, by one embodiment of the invention, provides following technical scheme:
A kind of electronic equipment assembly, comprising:
Electronic equipment, described electronic equipment is provided with the first bindiny mechanism;
Electronic equipment enclosure, described electronic equipment enclosure is provided with the second bindiny mechanism;
Touch display screen, is arranged on described electronic equipment;
Processor, be positioned at described electronic equipment or described electronic equipment enclosure, and with described touch display screen, and described first bindiny mechanism, and/or described second bindiny mechanism connects, described processor is used for passing through described first bindiny mechanism at described electronic equipment and described electronic equipment enclosure, and described second bindiny mechanism connect and when being in sealed connection status, input operation is obtained by described touch display screen, and when described input operation is predetermined registration operation, control described first bindiny mechanism to unlock with described second bindiny mechanism and be separated, thus described electronic equipment is separated with described electronic equipment enclosure.
Optionally, described first bindiny mechanism, comprising:
Groove, is arranged on the first link of described electronic equipment;
Magnetic latch, is arranged in described groove, and can stretch out in described groove.
Optionally, described second bindiny mechanism, comprising:
Magnetic slot, arranges the second link of described electronic equipment enclosure;
Wherein, when distance between described first link and described second link is less than predeterminable range, the magnetic attracting force of described magnetic latch and described magnetic slot interacts, described magnetic latch can stretch out along first direction from described groove and enter in described magnetic slot under described magnetic attracting force effect, is in connection status to make described electronic equipment and described electronic equipment enclosure.
Optionally, described magnetic latch and described magnetic slot are wedge shape.
Optionally, when described latch offers jack, described second bindiny mechanism, also comprises:
Electromagnet;
Contact pin, is connected with described electromagnet;
Wherein, described processor, also for: enter into after in described magnetic slot at described magnetic latch, generate the first steering order, promote described contact pin and insert in described jack to control described electromagnet along second direction, be in described sealed connection status to make described electronic equipment and described electronic equipment enclosure.
Optionally, described second direction is vertical with described first direction.
Optionally, described processor, also for:
Described user operation is obtained by described touch display screen; Judge whether described user operation is the operation of described pre-set user; If described user operation is the operation of described pre-set user, then generates the second steering order, to control described electromagnet, described contact pin is extracted in described jack, to unlock with described second bindiny mechanism to make described first bindiny mechanism and be separated.
Optionally, described first bindiny mechanism, also comprises:
Flexible member, connects described groove and magnetic latch, for after described electronic equipment is separated with described electronic equipment enclosure, is returned in described groove by described magnetic latch.
Optionally, described electronic equipment, also comprises:
Hall element, is connected with described processor;
Now, described processor, also for: being detected after magnetic field changes by described Hall element, after scheduled duration, generate described first steering order.
Optionally, described electronic equipment, also comprises:
First communication module, is connected with described processor;
Now, described processor is also for sending to described electronic equipment enclosure by described first communication module by described first steering order/the second steering order.
Optionally, described electronic equipment enclosure, also comprises:
Second communication module, for receiving described first steering order/the second steering order from described first communication module, and sends to described electromagnet by described first steering order/the second steering order.
The one or more technical schemes provided in the embodiment of the present invention, at least have following technique effect or advantage:
In embodiments of the present invention, owing to adopting touch display screen to obtain user operation, and when this user operation is described predetermined registration operation, controls the first bindiny mechanism and unlock with the second bindiny mechanism and be separated, thus electronic equipment is separated with electronic equipment enclosure.So, solving Separable electronic device assembly of the prior art, when being separated from keyboard base by panel computer, due to needs user manual toggle mechanical switch, there is the technical matters easily mechanical switch being caused to damage.Achieve the input operation by touch display screen, electronic equipment is separated with the electronic equipment enclosure of its correspondence, thus extend the technique effect in the serviceable life of electronic equipment and corresponding electronic equipment enclosure.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of electronic equipment in the embodiment of the present invention;
Fig. 2 is the external structure schematic diagram of electronic equipment assembly in embodiment of the present invention when sealed connection status (be in);
Fig. 3 is the external structure schematic diagram of electronic equipment assembly in the embodiment of the present invention (being in when unlocking released state);
Fig. 4 is the inner structure schematic diagram of electronic equipment assembly in embodiment of the present invention when sealed connection status (be in);
Fig. 5 is the inner structure schematic diagram of electronic equipment assembly in the embodiment of the present invention (being in when unlocking released state);
Fig. 6 is when in the embodiment of the present invention, electronic equipment assembly is in sealed connection status, the schematic diagram of the first bindiny mechanism;
Fig. 7 is when in the embodiment of the present invention, electronic equipment assembly is in unblock released state, the schematic diagram of the first bindiny mechanism;
Fig. 8 is the structural representation of magnetic latch in the embodiment of the present invention.
Embodiment
The embodiment of the present invention is by providing a kind of electronic equipment and electronic equipment assembly, solve Separable electronic device assembly of the prior art, when panel computer is separated from keyboard base, due to needs user manual toggle mechanical switch, there is the technical matters easily mechanical switch being caused to damage.
The technical scheme of the embodiment of the present invention is for solving the problems of the technologies described above, and general thought is as follows:
A kind of electronic equipment, comprising:
Touch display screen;
First bindiny mechanism;
Processor, be connected with described touch display screen and described first bindiny mechanism, for: when described electronic equipment is connected with corresponding electronic equipment enclosure by described first bindiny mechanism and the second bindiny mechanism be arranged on described electronic equipment enclosure and is in sealed connection status, input operation is obtained by described touch display screen, and when described input operation is predetermined registration operation, control described first bindiny mechanism to unlock with described second bindiny mechanism and be separated, thus described electronic equipment is separated with described electronic equipment enclosure.
Embodiment one
The embodiment of the present invention provides a kind of electronic equipment 100, as shown in Fig. 1 ~ Fig. 5, comprising:
Touch display screen 150;
First bindiny mechanism 110;
Processor 130, be connected with touch display screen 150 and the first bindiny mechanism 110, for: when electronic equipment 100 is connected with corresponding electronic equipment enclosure 200 by the first bindiny mechanism 110 and the second bindiny mechanism 210 be arranged on electronic equipment enclosure 200 and is in (as shown in Figure 2) sealed connection status, input operation is obtained by touch display screen 150, and when input operation is predetermined registration operation, control the first bindiny mechanism 110 with second bindiny mechanism 120 unlock be separated, thus electronic equipment 100 can be separated with electronic equipment enclosure 200 (as shown in Figure 3).
For example, electronic equipment 100 can be panel computer, and electronic equipment enclosure 200 can be keyboard base matching used with this panel computer, and electronic equipment enclosure 200 is provided with keyboard 250.There are two kinds of connection status in electronic equipment 100 and electronic equipment enclosure 200, is specially: sealed connection status as shown in Figure 2, and as the unblock released state of Fig. 3.When electronic equipment 100 is in sealed connection status with electronic equipment enclosure 200, user can based on electronic equipment enclosure 200(namely: keyboard base) on keyboard 250 couples of electronic equipment 100(namely: panel computer) fast input, thus to bring advantage to the user.In addition, be in unblock released state at electronic equipment 100 and electronic equipment 200, electronic equipment 100(namely: panel computer) then show good portability, be convenient to user and carry with.
For example, touch display screen 150, is specifically as follows: capacitive touch screen, resistive touch screen etc., and touch display screen 150 both as the display device of electronic equipment 100, can provide image outgoing traffic; Meanwhile, touch display screen 150 also as the input equipment of electronic equipment 100, for gathering the touch operation of user, and based on this touch operation, can realize corresponding function.
For example, described predetermined registration operation, Ke Yiwei: a certain predeterminable area on point touching display screen 150, or the gesture operation preset is carried out at this predeterminable area, such as: slide into another predeterminated position from a predeterminated position, or describe a circle or the operation such as triangle.Herein, for specifically which kind of operation of described predetermined registration operation, the embodiment of the present invention does not do concrete restriction.
In embodiments of the present invention, user operation is obtained owing to adopting touch display screen, and when this user operation is described predetermined registration operation, controls the first bindiny mechanism and unlock with the second bindiny mechanism and be separated, thus electronic equipment 100 can be separated with electronic equipment enclosure 200.So, solving Separable electronic device assembly of the prior art, when being separated from keyboard base by panel computer, due to needs user manual toggle mechanical switch, there is the technical matters easily mechanical switch being caused to damage.Achieve the input operation by touch display screen, electronic equipment is separated with the electronic equipment enclosure of its correspondence, thus extend the technique effect in the serviceable life of electronic equipment and corresponding electronic equipment enclosure.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, the first bindiny mechanism 110, comprising:
Groove 113, is arranged on the first link A of electronic equipment 100;
Magnetic latch 111, is arranged in groove 113, and can stretch out in groove 113;
Further, the second bindiny mechanism 210, comprising:
Magnetic slot 211, arranges the second link B of electronic equipment enclosure 200;
Wherein, when distance between the first link A and the second link B is less than predeterminable range, magnetic latch 111 interacts with the magnetic attracting force of magnetic slot 211, magnetic latch 111 can stretch out along first direction from groove 113 and enter in magnetic slot 211 under magnetic attracting force effect, is in connection status to make electronic equipment 100 and electronic equipment enclosure 200.
For example, one permanent magnet 220 can be set bottom magnetic slot 211, magnetic latch 111 can be made up of magnetic metal material such as iron, cobalt, nickel, make the first bindiny mechanism 110 and the second bindiny mechanism 210 close to each other time, magnetic latch 111 can attract by the permanent magnet 220 bottom magnetic slot 211, and stretch out from groove 113 and enter in magnetic slot 211.
For example, first direction can direction from top to bottom in corresponding diagram 5 ~ Fig. 6, is positioned at the magnetic slot of below relatively to make magnetic latch 111 enter into.
Optionally, in the present embodiment, magnetic latch 111 and magnetic slot 211 are wedge shape.
For example, specifically the lateral layout of magnetic latch 112 and magnetic slot 211 can be become wedge shape, contribute to like this reducing the shaking volume between the electronic equipment 100 after connecting and electronic equipment enclosure 200.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, magnetic latch 111 offers jack 1133, the second bindiny mechanism 210 also comprises electromagnet 213 and contact pin 212, and contact pin 212 is connected with electromagnet 213;
Now, processor 130, also for: enter into after in magnetic slot 211 at magnetic latch 111, generate the first steering order, promote contact pin 212 along in second direction insertion jack 1133 to control electromagnet 213, be in sealed connection status to make electronic equipment 100 and electronic equipment enclosure 200.
For example, as shown in Figure 8, jack 1133 can be opened in the side of magnetic latch 111.And electromagnet 213 is fixed, electromagnet 213 can drive contact pin 212 upper mobile in second direction (or opposite direction of second direction), and keeps steady state (SS) in a first direction.Wherein, second direction can be the direction from right to left in Fig. 4 ~ Fig. 5, to make contact pin 212 enter in jack 1133, thus by sealed for the first bindiny mechanism 110, makes electronic equipment 100 and electronic equipment 200 be in sealed connection status.
Optionally, in the present embodiment, second direction is vertical with first direction.
Optionally, in the present embodiment, processor 130, also for:
User operation is obtained by touch display screen 150; Judge whether user operation is pre-set user operation; If user operation is pre-set user operation, then generate the second steering order, to control electromagnet 213, contact pin 212 is extracted in jack 1133, to unlock with the second bindiny mechanism 210 to make the first bindiny mechanism 110 and be separated, and then enable user by electronic equipment 100 and electronic equipment enclosure 200 manual separation.
In specific implementation process, electronic equipment 100 and electronic equipment enclosure 200 can communicate based on bluetooth or the communication technology such as infrared, to make user based on electronic equipment 200(such as: keyboard base) when carrying out input operation, electronic equipment 100(is such as: panel computer) based on the above-mentioned communication technology, the input information that this input operation is corresponding can be received.Meanwhile, the second steering order based on the above-mentioned communication technology, can also be sent to the electromagnet 213 in electronic equipment enclosure 200 by electronic equipment 100, is extracted by contact pin 212 to control electromagnet 213 in jack 1133.
Optionally, in the present embodiment, as shown in Figure 4 to 7, the first bindiny mechanism 110, also comprises:
Flexible member 112, is connected to the bottom of groove 113 by magnetic latch 111, for after electronic equipment 100 is separated with electronic equipment enclosure 200, be returned in groove 113 by magnetic latch 111.
In specific implementation process, as shown in Figure 6 to 8, magnetic latch 111 offers slideway 1110, groove 113 is provided with base plate 1131, and the slide block 1132 be arranged on base plate 1131, base plate 1131 and slide block 1132 are for maintaining static state, and slide block 1132 is embedded in slide rail 1110 all the time, wherein, the direction of slideway 1110 is along described first direction (or opposite direction of first direction), can enter in magnetic slot 211 along described first direction to make magnetic latch 111, or magnetic latch 111 can be retracted in groove 113 along the opposite direction of described first direction.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment 100, also comprises:
Hall element 120, is connected with processor 130;
Now, processor 130, also for: being detected by Hall element 120 after magnetic field changes, after scheduled duration, generating the first steering order, promoting contact pin 212 insert in jack 1133 along second direction to control electromagnet 213.
For example, processor 130 can based on Hall element 120 current magnetic field intensity, when current magnetic field intensity is greater than default magnetic field intensity, namely the first steering order is generated, and the first steering order is sent to the electromagnet in electronic equipment enclosure 200, promote contact pin 212 along in second direction insertion jack 1133 to control electromagnet 213.Wherein, described default magnetic field intensity is when magnetic latch 111 enters in magnetic slot 211, the intensity in the magnetic field detected by Hall element 120.
In specific implementation process, when the first link A of electronic equipment 100 and the second link B of electronic equipment enclosure 200 is bonded to each other, Hall element 120 can detect that magnetic field intensity is enhanced to default magnetic field intensity, and instruction processorunit 130 generates the first steering order.
In the embodiment of the present application, when the first link and the second link are fitted, electronic equipment can generate the first steering order automatically, and control electromagnet promotion contact pin along in second direction insertion jack, make electronic equipment and electronic equipment enclosure be in sealed connection status, thus electronic equipment can be connected with electronic equipment enclosure is stable.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment 100, also comprises:
First communication module 140, is connected with processor 130;
Now, processor 130 is also for sending to electronic equipment enclosure 200 by first communication module 140 by the first steering order/the second steering order.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment enclosure 200, also comprises:
Second communication module 240, is connected with processor 230, for receiving the first steering order/the second steering order from first communication module 140, and the first steering order/the second steering order is sent to electromagnet 213.
In specific implementation process, in electronic equipment enclosure 200, one processor 230 can be set, for when receiving the first steering order from second communication module, control electromagnet 213 promotes contact pin 212 and extend in jack 1133, and, when receiving the second steering order from second communication module, controlling electromagnet 213 and contact pin 212 is pulled out from jack 1133.
Embodiment two
Based on same inventive concept, as shown in Fig. 2 ~ Fig. 5, the present embodiment provides a kind of electronic equipment assembly, comprising:
Electronic equipment 100, electronic equipment 100 is provided with the first bindiny mechanism 110;
Electronic equipment enclosure 200, electronic equipment enclosure 200 is provided with the second bindiny mechanism 210;
Touch display screen 150, is arranged on electronic equipment 100;
Processor 130, be positioned at electronic equipment 100 or electronic equipment enclosure 200, and with touch display screen 150, and first bindiny mechanism 110, and/or second bindiny mechanism 120 connect, processor 130 for: at electronic equipment 100 and electronic equipment enclosure 200 by the first bindiny mechanism 110, and second bindiny mechanism 210 when connecting and be in sealed connection status, input operation is obtained by touch display screen 150, and when input operation is predetermined registration operation, control the first bindiny mechanism 110 to unlock with the second bindiny mechanism 210 and be separated, thus electronic equipment 100 can be separated with electronic equipment enclosure 200.
For example, electronic equipment 100 can be specially panel computer, electronic equipment enclosure 200 can be keyboard base matching used with this panel computer, and electronic equipment enclosure 200 is provided with keyboard 250.There are two kinds of connection status in electronic equipment 100 and electronic equipment enclosure 200, is specially: the sealed connection status shown in Fig. 2, and the unblock released state of Fig. 3.When electronic equipment 100 is in sealed connection status with electronic equipment enclosure 200, user can based on electronic equipment enclosure 200(namely: keyboard base) on keyboard 250 couples of electronic equipment 100(namely: panel computer) fast input, thus to bring advantage to the user.In addition, be in unblock released state at electronic equipment 100 and electronic equipment 200, electronic equipment 100(namely: panel computer) then show good portability, be convenient to user and carry with.
For example, touch display screen 150, is specifically as follows: capacitive touch screen, resistive touch screen etc., and touch display screen 150 both as the display device of electronic equipment 100, can provide image outgoing traffic; Meanwhile, touch display screen 150 also as the input equipment of electronic equipment 100, for gathering the touch operation of user, and based on this touch operation, can realize corresponding function.
For example, described predetermined registration operation, Ke Yiwei: a certain predeterminable area on point touching display screen 150, or the gesture operation preset is carried out at this predeterminable area, such as: slide into another predeterminated position from a predeterminated position, or describe a circle or the operation such as triangle.Herein, for specifically which kind of operation of described predetermined registration operation, the embodiment of the present invention does not do concrete restriction.
In embodiments of the present invention, user operation is obtained owing to adopting touch display screen, and when this user operation is described predetermined registration operation, controls the first bindiny mechanism and unlock with the second bindiny mechanism and be separated, thus electronic equipment 100 can be separated with electronic equipment enclosure 200.So, solving Separable electronic device assembly of the prior art, when being separated from keyboard base by panel computer, due to needs user manual toggle mechanical switch, there is the technical matters easily mechanical switch being caused to damage.Achieve the input operation by touch display screen, electronic equipment is separated with the electronic equipment enclosure of its correspondence, thus extend the technique effect in the serviceable life of electronic equipment and corresponding electronic equipment enclosure.
Optionally, in the present embodiment, the first bindiny mechanism 110, comprising:
Groove 113, is arranged on the first link A of electronic equipment 100;
Magnetic latch 112, is arranged in groove 113, and can stretch out in groove 113.
Optionally, in the present embodiment, the second bindiny mechanism 210, comprising:
Magnetic slot 211, arranges on the second link B of electronic equipment enclosure 200;
Wherein, when distance between the first link A and the second link B is less than predeterminable range, magnetic latch 111 interacts with the magnetic attracting force of magnetic slot 211, magnetic latch 111 can stretch out along first direction from groove 113 and enter in magnetic slot 211 under magnetic attracting force effect, is in connection status to make electronic equipment 100 and electronic equipment enclosure 200.
For example, one permanent magnet 220 can be set bottom magnetic slot 211, magnetic latch 111 can be made up of magnetic metal material such as iron, cobalt, nickel, make the first bindiny mechanism 110 and the second bindiny mechanism 210 close to each other time, magnetic latch 111 can attract by the permanent magnet 220 bottom magnetic slot 211, and stretch out from groove 113 and enter in magnetic slot 211.
For example, first direction can direction from top to bottom in corresponding diagram 5 ~ Fig. 6, is positioned at the magnetic slot of below relatively to make magnetic latch 111 enter into.
Optionally, in the present embodiment, magnetic latch 112 and magnetic slot 211 are wedge shape.
For example, specifically the lateral layout of magnetic latch 112 and magnetic slot 211 can be become wedge shape, contribute to like this reducing the shaking volume between the electronic equipment 100 after connecting and electronic equipment enclosure 200.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, when magnetic latch 111 offers jack 1133, the second bindiny mechanism 210, also comprises:
Electromagnet 213, and electronics iron 213 is connected with contact pin 212;
Wherein, processor 130, also for: enter into after in magnetic slot 211 at magnetic latch 111, generate the first steering order, promote contact pin 212 along in second direction insertion jack 1133 to control electromagnet 213, be in sealed connection status to make electronic equipment 100 and electronic equipment enclosure 200.
For example, as shown in Figure 8, jack 1133 can be opened in the side of magnetic latch 111.And electromagnet 213 is fixed, electromagnet 213 can drive contact pin 212 upper mobile in second direction (or opposite direction of second direction), and keeps steady state (SS) in a first direction.Wherein, second direction can be the direction from right to left in Fig. 4 ~ Fig. 5, to make contact pin 212 enter in jack 1133, thus by sealed for the first bindiny mechanism 110, makes electronic equipment 100 and electronic equipment 200 be in sealed connection status.
Optionally, in the present embodiment, second direction is vertical with first direction.
Optionally, in the present embodiment, processor 130, also for:
User operation is obtained by touch display screen 150; Judge whether user operation is pre-set user operation; If user operation is pre-set user operation, then generates the second steering order, to control electromagnet 213, contact pin 212 is extracted in jack 1133, to unlock with the second bindiny mechanism 310 to make the first bindiny mechanism 110 and be separated.
In specific implementation process, electronic equipment 100 and electronic equipment enclosure 200 can communicate based on bluetooth or the communication technology such as infrared, to make user based on electronic equipment 200(such as: keyboard base) when carrying out input operation, electronic equipment 100(is such as: panel computer) based on the above-mentioned communication technology, the input information that this input operation is corresponding can be received.Meanwhile, the second steering order based on the above-mentioned communication technology, can also be sent to the electromagnet 213 in electronic equipment enclosure 200 by electronic equipment 100, is extracted by contact pin 212 to control electromagnet 213 in jack 1133.
Optionally, in the present embodiment, as shown in Figure 4 to 7, the first bindiny mechanism 110, also comprises:
Flexible member 112, connecting groove 113 and magnetic latch 111, for after electronic equipment 100 is separated with electronic equipment enclosure 200, be returned to magnetic latch 111 in groove 113.
In specific implementation process, as shown in Figure 6 to 8, magnetic latch 111 offers slideway 1110, groove 113 is provided with base plate 1131, and the slide block 1132 be arranged on base plate 1131, base plate 1131 and slide block 1132 are for maintaining static state, and slide block 1132 is embedded in slide rail 1110 all the time, wherein, the direction of slideway 1110 is along described first direction (or opposite direction of first direction), can enter in magnetic slot 211 along described first direction to make magnetic latch 111, or magnetic latch 111 can be retracted in groove 113 along the opposite direction of described first direction.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment 100, also comprises:
Hall element 120, is connected with processor 130;
Now, processor 130, also for: being detected by Hall element 120 after magnetic field changes, after scheduled duration, generating the first steering order, promoting contact pin 212 insert in jack 1133 along second direction to control electromagnet 213.
For example, processor 130 can based on Hall element 120 current magnetic field intensity, when current magnetic field intensity is greater than default magnetic field intensity, namely the first steering order is generated, and the first steering order is sent to the electromagnet in electronic equipment enclosure 200, promote contact pin 212 along in second direction insertion jack 1133 to control electromagnet 213.Wherein, described default magnetic field intensity is when magnetic latch 111 enters in magnetic slot 211, the intensity in the magnetic field detected by Hall element 120.
In specific implementation process, when the first link A of electronic equipment 100 and the second link B of electronic equipment enclosure 200 is bonded to each other, Hall element 120 can detect that magnetic field intensity is enhanced to default magnetic field intensity, and instruction processorunit 130 generates the first steering order.
In the embodiment of the present application, when the first link and the second link are fitted, electronic equipment can generate the first steering order automatically, and control electromagnet promotion contact pin along in second direction insertion jack, make electronic equipment and electronic equipment enclosure be in sealed connection status, thus electronic equipment can be connected with electronic equipment enclosure is stable.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment 100, also comprises:
First communication module 140, is connected with processor 130;
Now, processor 130 is also for sending to electronic equipment enclosure 200 by first communication module 140 by the first steering order/the second steering order.
Optionally, in the present embodiment, as shown in Fig. 4 ~ Fig. 5, electronic equipment enclosure 200, also comprises:
Second communication module 240, is connected with processor 230, for receiving the first steering order/the second steering order from the first communication mould 140 pieces, and the first steering order/the second steering order is sent to electromagnet 213.
In specific implementation process, in electronic equipment enclosure 200, one processor 230 can be set, for when receiving the first steering order from second communication module, control electromagnet 213 promotes contact pin 212 and extend in jack 1133, and, when receiving the second steering order from second communication module, controlling electromagnet 213 and contact pin 212 is pulled out from jack 1133.
When contact pin 212 pulls out from jack 1133, electronic equipment 100 can manually be extracted by user from electronic equipment enclosure 200, and electronic equipment 100 is separated with electronic equipment enclosure 200.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (21)

1. an electronic equipment, comprising:
Touch display screen;
First bindiny mechanism;
Processor, be connected with described touch display screen and described first bindiny mechanism, for: when described electronic equipment is connected with corresponding electronic equipment enclosure by described first bindiny mechanism and the second bindiny mechanism be arranged on described electronic equipment enclosure and is in sealed connection status, input operation is obtained by described touch display screen, and when described input operation is predetermined registration operation, control described first bindiny mechanism to unlock with described second bindiny mechanism and be separated, thus described electronic equipment is separated with described electronic equipment enclosure.
2. electronic equipment as claimed in claim 1, it is characterized in that, described first bindiny mechanism, comprising:
Groove, is arranged on the first link of described electronic equipment;
Magnetic latch, is arranged in described groove, and can stretch out in described groove;
Further, described second bindiny mechanism, comprising:
Magnetic slot, arranges the second link of described electronic equipment enclosure;
Wherein, when distance between described first link and described second link is less than predeterminable range, the magnetic attracting force of described magnetic latch and described magnetic slot interacts, described magnetic latch can stretch out along first direction from described groove and enter in described magnetic slot under described magnetic attracting force effect, is in connection status to make described electronic equipment and described electronic equipment enclosure.
3. electronic equipment as claimed in claim 2, it is characterized in that, described magnetic latch and described magnetic slot are wedge shape.
4. electronic equipment as claimed in claim 2, it is characterized in that, described latch offers jack, described second bindiny mechanism also comprises electromagnet and contact pin, and described contact pin is connected with described electromagnet;
Now, described processor, also for: enter into after in described magnetic slot at described magnetic latch, generate the first steering order, promote described contact pin and insert in described jack to control described electromagnet along second direction, be in described sealed connection status to make described electronic equipment and described electronic equipment enclosure.
5. electronic equipment as claimed in claim 4, it is characterized in that, described second direction is vertical with described first direction.
6. electronic equipment as claimed in claim 5, is characterized in that, described processor, also for:
Described user operation is obtained by described touch display screen; Judge whether described user operation is the operation of described pre-set user; If described user operation is the operation of described pre-set user, then generates the second steering order, to control described electromagnet, described contact pin is extracted in described jack, to unlock with described second bindiny mechanism to make described first bindiny mechanism and be separated.
7. electronic equipment as claimed in claim 6, it is characterized in that, described first bindiny mechanism, also comprises:
Flexible member, connects described groove and magnetic latch, for after described electronic equipment is separated with described electronic equipment enclosure, is returned in described groove by described magnetic latch.
8. electronic equipment as claimed in claim 4, it is characterized in that, described electronic equipment, also comprises:
Hall element, is connected with described processor;
Now, described processor, also for: being detected after magnetic field changes by described Hall element, after scheduled duration, generate described first steering order.
9. the electronic equipment as described in as arbitrary in claim 1 ~ 8, it is characterized in that, described electronic equipment, also comprises:
First communication module, is connected with described processor;
Now, described processor is also for sending to described electronic equipment enclosure by described first communication module by described first steering order/the second steering order.
10. electronic equipment as claimed in claim 9, it is characterized in that, described electronic equipment enclosure, also comprises:
Second communication module, for receiving described first steering order/the second steering order from described first communication module, and sends to described electromagnet by described first steering order/the second steering order.
11. 1 kinds of electronic equipment assemblies, comprising:
Electronic equipment, described electronic equipment is provided with the first bindiny mechanism;
Electronic equipment enclosure, described electronic equipment enclosure is provided with the second bindiny mechanism;
Touch display screen, is arranged on described electronic equipment;
Processor, be positioned at described electronic equipment or described electronic equipment enclosure, and with described touch display screen, and described first bindiny mechanism, and/or described second bindiny mechanism connects, described processor is used for passing through described first bindiny mechanism at described electronic equipment and described electronic equipment enclosure, and described second bindiny mechanism connect and when being in sealed connection status, input operation is obtained by described touch display screen, and when described input operation is predetermined registration operation, control described first bindiny mechanism to unlock with described second bindiny mechanism and be separated, thus described electronic equipment is separated with described electronic equipment enclosure.
12. electronic equipment assemblies as claimed in claim 11, it is characterized in that, described first bindiny mechanism, comprising:
Groove, is arranged on the first link of described electronic equipment;
Magnetic latch, is arranged in described groove, and can stretch out in described groove.
13. electronic equipment assemblies as claimed in claim 12, it is characterized in that, described second bindiny mechanism, comprising:
Magnetic slot, arranges the second link of described electronic equipment enclosure;
Wherein, when distance between described first link and described second link is less than predeterminable range, the magnetic attracting force of described magnetic latch and described magnetic slot interacts, described magnetic latch can stretch out along first direction from described groove and enter in described magnetic slot under described magnetic attracting force effect, is in connection status to make described electronic equipment and described electronic equipment enclosure.
14. electronic equipment assemblies as claimed in claim 13, is characterized in that, described magnetic latch and described magnetic slot are wedge shape.
15. electronic equipment assemblies as claimed in claim 13, is characterized in that, when described latch offers jack, described second bindiny mechanism, also comprises:
Electromagnet;
Contact pin, is connected with described electromagnet;
Wherein, described processor, also for: enter into after in described magnetic slot at described magnetic latch, generate the first steering order, promote described contact pin and insert in described jack to control described electromagnet along second direction, be in described sealed connection status to make described electronic equipment and described electronic equipment enclosure.
16. electronic equipment assemblies as claimed in claim 15, it is characterized in that, described second direction is vertical with described first direction.
17. electronic equipment assemblies as claimed in claim 15, is characterized in that, described processor, also for:
Described user operation is obtained by described touch display screen; Judge whether described user operation is the operation of described pre-set user; If described user operation is the operation of described pre-set user, then generates the second steering order, to control described electromagnet, described contact pin is extracted in described jack, to unlock with described second bindiny mechanism to make described first bindiny mechanism and be separated.
18. electronic equipment assemblies as claimed in claim 17, it is characterized in that, described first bindiny mechanism, also comprises:
Flexible member, connects described groove and magnetic latch, for after described electronic equipment is separated with described electronic equipment enclosure, is returned in described groove by described magnetic latch.
19. electronic equipment assemblies as claimed in claim 18, it is characterized in that, described electronic equipment, also comprises:
Hall element, is connected with described processor;
Now, described processor, also for: being detected after magnetic field changes by described Hall element, after scheduled duration, generate described first steering order.
20. as arbitrary in claim 11 ~ 19 as described in electronic equipment assembly, it is characterized in that, described electronic equipment, also comprises:
First communication module, is connected with described processor;
Now, described processor is also for sending to described electronic equipment enclosure by described first communication module by described first steering order/the second steering order.
21. electronic equipment assemblies as claimed in claim 20, it is characterized in that, described electronic equipment enclosure, also comprises:
Second communication module, for receiving described first steering order/the second steering order from described first communication module, and sends to described electromagnet by described first steering order/the second steering order.
CN201410086106.8A 2014-03-10 2014-03-10 A kind of electronic equipment and electronic equipment assembly Active CN104915129B (en)

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