CN205584170U - Wane type wireless remote control switch - Google Patents
Wane type wireless remote control switch Download PDFInfo
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- CN205584170U CN205584170U CN201620192308.5U CN201620192308U CN205584170U CN 205584170 U CN205584170 U CN 205584170U CN 201620192308 U CN201620192308 U CN 201620192308U CN 205584170 U CN205584170 U CN 205584170U
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- seesaw
- radio remote
- upspring
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Abstract
The utility model provides a transient state trigger circuit and with that wane type wireless remote control switch, it mainly includes a rocker switch structure, supporting in the rocker switch structure the wireless remote control circuit that transient state trigger circuit connects, the rocker switch structure bounce formula button, power conducting structure spare and wane by one and constitute, wherein power conducting structure spare when the wane is pressed, the oppression formula button of bounceing to the formula button of bounceing when the wane is pressed is completely bounce, transient state trigger circuit be one in response to the at least incoming signal of wireless remote control circuit is pressed, is changed to the arbitrary end of wane to keep a setting -up time, this incoming signal is changed the back, triggers the wireless remote control circuit and produces a remote control command, and after the setting -up time, this incoming signal is changed once more, trigger the wireless remote control circuit under this incoming signal and do not produce remote control command, the wireless remote control circuit have at least one input, change the level of this input, can produce a remote control command to launch this instruction issue with wireless mode, it has simple structure, uses simple to operate, not only power saving but also practicality, and intelligent degree is high, is fit for being used for characteristics such as modern intelligent house.
Description
Technical field
The utility model relates to a kind of seesaw type radio remote control switch, belong to the radio remote control switch technical field in Smart Home.
Background technology
Radio remote control switch is because can remotely control and easy for installation, and market application is more and more extensive.Radio remote control switch, at least includes one or more button.Press the state then unclamping rear button according to button, switch can be divided into upspring type switch and wane type switch.
The feature of upspring type switch is: when upspringing state, radio remote control circuit is off.Only press switch when user, radio remote control circuit also sends one or several control instruction to the wireless receiver of controller, relevant electric equipment is manipulated by controller according to the control instruction received, and such as changes its state (open and close etc.) run.After user unclamps button, button is upspring, and radio remote control circuit enters again off-state.One outstanding advantages of upspring type switch is power saving: only button is pressed when, radio remote control circuit just turns on, and power consumption is the lowest.The radio remote control switch seen at present, major part belongs to upspring type switch.
But, this upspring type switchs some inconvenient.Such as, no matter user attempts to open or close certain electric equipment, and after unclamping key switch, key switch is always in the state of upspringing.Directly cannot find out the running status of current controlled electrical equipment afterwards from the state of switch key, not meet the use habit of certain customers, especially old man and child.One possible way is, increases a lamplight pointing, and the status lamp light such as opened lights, closed mode lights.But, more with electricity spent by lamplight pointing, be not suitable for most battery-powered radio remote control switch.
The feature of wane type switch is: when seesaw one end is pressed, the other end tilts, and correspond to the on an off in on-off circuit.After user unclamps seesaw one end, press one end and will not automatically upspring.The general right angle setting of seesaw, one end represents out, and one end represents pass.So, the on off state of controlled electrical equipment is very clear.Thus consistent with the using method of traditional wire switch, facilitate everybody to use.But, after one end of wane type switch is pressed, this seesaw is constantly in this one end and presses the state that the other end tilts.If by a conventional method, turn on radio remote control circuit after certain one end is pressed, then radio remote control circuit is constantly in conducting state, very power consumption.And, if by a conventional method, radio remote control circuit is constantly in conducting state, can cause the repeatedly generation of wireless remote control signals, and this is not that user is desired.Therefore, it is necessary to utility model a kind of not only power saving but also practical seesaw type radio remote control switch.
Radio remote control switch described here, including wall type radio remote control switch, and is arranged on other place or as mobile model radio remote control switch.
Wane type switch described here, does not include occurring with seesaw form, but the switch can automatically upspring after pressing seesaw one end, this switch still falls within upspring type switch.
Summary of the invention
The purpose of this utility model is the deficiency overcoming prior art to exist, and provides a kind of simple in construction, easy to install and use, not only power saving but also practical, and intelligence degree is high, is suitable for the seesaw type radio remote control switch of Modern Smart Home.
The purpose of this utility model completes by following technical solution, a kind of seesaw type radio remote control switch, it mainly includes that a rocker switch structure, the transient state being matched in rocker switch structure trigger circuit and triggers, with described transient state, the radio remote control circuit that circuit is connected, described rocker switch structure is made up of a upspring type button, power conducting structure part and seesaw, wherein said power conducting structure part is when seesaw is pressed, compressing upspring type button, and upspring type button is upspring when seesaw is pressed completely；
It is one to be pressed in response to described seesaw either end, change a radio remote control circuit at least input signal that described transient state triggers circuit, and keeps the setting time；After this input signal is changed, triggers radio remote control circuit and produce a telecommand；And after setting the time, this input signal is changed again, triggers radio remote control circuit under this input signal and do not produce telecommand；
Described radio remote control circuit has at least one input, changes the level of this input, can produce a telecommand, and wirelessly this instruction be launched.
As preferably: described transient state triggers circuit and controlled by described power conducting structure part, described power conducting structure part at least includes a convex surface or concave surface or a movable plate, it is pressed into during seesaw state tends towards stability at seesaw, extruding upspring type button, and after any one end portion of seesaw is pressed completely or is pressed a period of time completely, upspring type button can be upspring voluntarily, but seesaw is pressed, still place, one end is pressed at state, the other end and tilts state；
Described radio remote control circuit mainly includes a signal coder, a radio circuit being made up of inductance, resistance and electric capacity and LED instruction and resistance, the wherein signal sending end being connected to described transient state triggering circuit for signal receiving end on signal coder.
As preferably: the most also include in described power conducting structure part that one is hindered upspring type button to upspring voluntarily the spring of obstacle for flicking, and this spring does not change still place, one end when seesaw is pressed and is pressed state, the state tilted at the other end；
Described transient state triggers circuit and at least includes the transient circuit that a circuit switch, at least one the RC circuit being made up of electric capacity and resistance build, and after any one end of seesaw is pressed, produce the high or low level pulse of certain time length, as the input signal of radio remote control circuit, and time span is determined by the resistance in circuit, electric capacity or inductance.
As preferably: described transient state triggers circuit and includes at least two RC circuit, and wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button is included in a bulge-structure of seesaw side, during pressing any one end of seesaw, can extrude this upspring type button, and after any one end of seesaw is pressed completely, this upspring type button is upspring automatically.
As preferably: described transient state triggers circuit and includes at least two RC circuit, and wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button includes a spring, a column thimble and one piece of portable plate, and wherein said portable plate midpoint is fixed, it is possible to do the swing of certain angle around midpoint；During pressing any one end of seesaw, described column thimble can upwardly this upspring type button；But after any one end of seesaw is pressed completely, column thimble can be upspring by spring, and upspring type button is upspring the most automatically.
As preferably: described transient state triggers circuit and includes at least two RC circuit, and wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button has two, and seesaw is respectively arranged with one, during pressing any one end of seesaw, can extrude upspring type button, and after any one end of seesaw is pressed completely, this button is upspring automatically.
As preferably: described transient state trigger circuit the most also include one radiofrequency signal lost efficacy switch come into force after, the radiofrequency signal that how to change this seesaw state and all do not have wireless control directives to send lost efficacy switch.
This utility model belongs to the improvement to prior art, and it has simple in construction, easy to install and use, not only power saving but also practical, and intelligence degree is high, is suitable for the features such as Modern Smart Home.
Accompanying drawing explanation
Fig. 1 is a kind of example structure schematic diagram of the present utility model.
Fig. 2 is the circuit theory diagrams that a kind of transient state of this utility model triggers circuit.
Fig. 3 is this utility model one wireless remote control switch circuit schematic diagram.
Fig. 4 is the rocker switch structural representation of this utility model another kind embodiment.
Fig. 5 is the rocker switch structural representation of another embodiment of this utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in detail: shown in Fig. 1, this one seesaw type radio remote control switch, it mainly includes a rocker switch structure 1, one transient state being matched in rocker switch structure 1 triggers circuit 2 and triggers, with described transient state, the radio remote control circuit 3 that circuit is connected, described rocker switch structure 1 is by a upspring type button 11, power conducting structure part 12 and seesaw 13 form, wherein said power conducting structure part 12 is when seesaw 13 is pressed, compressing upspring type button 11, and upspring type button 11 is upspring when seesaw 13 is pressed completely, see Fig. 2, shown in 3；
Shown in Fig. 4, it is one to be pressed in response to described seesaw 13 either end, change a radio remote control circuit at least input signal that described transient state triggers circuit 2, and keeps the setting time；After this input signal is changed, triggers radio remote control circuit 3 and produce a telecommand；And after setting the time, this input signal is changed again, triggers radio remote control circuit 3 under this input signal and do not produce telecommand.
Described radio remote control circuit 3 has at least one input, changes the level of this input, can produce a telecommand, and wirelessly this instruction be launched.
Shown in figure, described transient state triggers circuit 2 and is controlled by described power conducting structure part 12, described power conducting structure part 12 at least includes a convex surface 121 or concave surface or a movable plate, it is pressed into during seesaw state tends towards stability at seesaw 13, extruding upspring type button 11, and after any one end portion of seesaw 13 is pressed completely or pressed a period of time completely, upspring type button 11 can be upspring voluntarily, but seesaw 13 is pressed, still place, one end is pressed at state, the other end and tilts state；
Shown in Fig. 5, described radio remote control circuit 3 mainly includes a signal coder (eV1527), one radio circuit being made up of inductance L, resistance R and electric capacity C and LED indicate and resistance, wherein the signal sending end being connected to described transient state triggering circuit for signal receiving end on signal coder.
Power conducting structure part 12 described in the utility model the most also including, one is hindered upspring type button to upspring voluntarily the spring 122 of obstacle for flicking, and this spring 122 does not change still place, one end when seesaw 13 is pressed and is pressed state, the state tilted at the other end；
Shown in Fig. 2, transient state described in the utility model triggers circuit 2 and at least includes the transient circuit that a circuit switch K, at least one the RC circuit being made up of electric capacity and resistance build, and after any one end of seesaw 13 is pressed, produce the high or low level pulse of certain time length, as the input signal of radio remote control circuit 3, and time span is determined by the resistance in circuit, electric capacity or inductance.
This utility model further embodiment is: described transient state triggers circuit 2 and includes at least two RC circuit, wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
This utility model further embodiment is: described transient state trigger circuit 2 the most also include one radiofrequency signal lost efficacy switch come into force after, the radiofrequency signal that how to change this seesaw state and all do not have wireless control directives to send lost efficacy switch.
Fig. 2, an embodiment in 3 be: described upspring type button 11 is included in a bulge-structure of seesaw 13 side, during pressing any one end of seesaw 13, this upspring type button 11 can be extruded, and after any one end of seesaw 13 is pressed completely, this upspring type button 11 is upspring automatically.
Shown in Fig. 3, described upspring type button 11 includes 122, column thimble 123 of a spring and one piece of portable plate 124, and wherein said portable plate 124 midpoint is fixed, it is possible to do the swing of certain angle around midpoint；During pressing any one end of seesaw 13, described column thimble 123 meeting upwardly this upspring type button 11；But after any one end of seesaw 13 is pressed completely, column thimble 123 can be upspring by spring 122, and upspring type button 11 is upspring the most automatically.
Described upspring type button 11 has two, and seesaw 13 is respectively arranged with one, during pressing any one end of seesaw 13, can extrude upspring type button 11, and after any one end of seesaw 13 is pressed completely, this upspring type button is upspring automatically.
Embodiment:
Fig. 1 show a kind of rocker switch realized with special construction, and its feature is: include a upspring type button, and there is a bulge-structure seesaw side, during pressing any one end of seesaw, can extrude this button.But after any one end of seesaw is pressed completely, this button is upspring automatically.The remainder of switch, also included power supply function power supply, signal coder (eV1527), radio circuit (being made up of inductance, resistance and electric capacity), LED instruction, resistance etc..
Fig. 2 show another rocker switch realized with special construction, and its feature is: including a upspring type button 11, a spring 122, a column thimble, one piece of portable plate 13, portable plate midpoint is fixed, and can do the swing of certain angle around midpoint.During pressing any one end of seesaw, thimble can upwardly this upspring type button.But after any one end of seesaw is pressed completely, thimble can be upspring by spring, and upspring type button is upspring the most automatically.The remainder of switch, has also included the power supply of power supply function, signal coder (eV1527), radio circuit (being made up of inductance, resistance and electric capacity), LED instruction, resistance etc..
Fig. 3 show another rocker switch realized with special construction, and its feature is: including two buttons of a upspring type, seesaw is respectively arranged with one, during pressing any one end of seesaw, can extrude this button.But after any one end of seesaw is pressed completely, this button is upspring automatically.Further, it is also possible to use spring, the dynamics of seesaw of upspringing is strengthened.The remainder of switch, has also included the power supply of power supply function, signal coder (eV1527), radio circuit (being made up of inductance, resistance and electric capacity), LED instruction, resistance etc..
Fig. 4 show a kind of transient state described in the utility model and triggers circuit implementing scheme, wherein, is built into a transient circuit with RC circuit.When seesaw one end is pressed, conductive switch is connected, and electric capacity C1 charges.Start a period of time, resistance R1 two ends high level in charging, radio remote control circuit can be triggered and produce and send wireless control directives.After a period of time, R1 two ends become low level, and radio remote control circuit is no longer triggered.Press seesaw other end to start rear a period of time, circuit disconnect, R3 resistance both end voltage is immediately turned to low level, by one non-behind the door, not gate output high level, C2 starts to charge up.Thereafter in a period of time, R2 resistance two ends high level, therefore, it can trigger radio remote control circuit and produce and send wireless control directives.Again through after a period of time, R2 both end voltage becomes low level, and radio remote control circuit is no longer triggered.By controlling C1, the value of C2, R1, R2, radio remote control circuit power-on time can be controlled so that it stops power supply after sending required telecommand at once.The resistance of R3 can be very big, so can reduce power consumption during conductive switch Guan Bi.
Further, in the diagram, can to or the output of door add one stage signal shaping circuit again, can be such as RC or rlc circuit or waveform shaping device so that signal output waveform is more stable, waveform is more preferable.
Fig. 5 is the radio remote control switch schematic diagram utilizing encoder eV1527 to realize.This switch has included that the power supply of power supply function, button 4, signal coder (eV1527), radio circuit (being made up of inductance, resistance and electric capacity), LED instruction, resistance are constituted.Having four buttons in figure, press any one, all make eV1527 export a signal being made up of a series of pulse signals corresponding to this button, these signals are launched in the form of an electromagnetic wave by radio circuit on the left of upper figure.This electromagnetic wave is received and recovers above-mentioned signal by a wireless signal receiver；By the signal recovered it is known which button is pressed.After button is upspring, radio frequency transtation mission circuit not transmission of electromagnetic signals, power consumption can be little.
When wireless signal is lost or other abnormal conditions occur, seesaw state may be inconsistent with the state of controlled electric appliance equipment.Such as, seesaw one end is pressed original for closing electric light.But during pressing, instruction of turning off the light is received device by wireless instructions and do not receives, and actually electric light is still in the state opened, but this one end of this seesaw is still pressed, thus cause the inconsistent situation of the state of seesaw state and controlled electric appliance equipment.Therefore, further, a radiofrequency signal can be used to lose efficacy switch.After radiofrequency signal inefficacy switch is opened, the most how button, all do not have wireless control directives to send.As such, it is possible to press certain one end of seesaw, correct the phenomenon that state is inconsistent.Radiofrequency signal inefficacy switch can close/disconnect control to whole on-off circuit, it is also possible to carries out closing/disconnect control just for radio-frequency transmissions partial circuit.
Tilting state maintenance seesaw structural member.After one end is pressed, other end tilts, and keeps one end to press the state that the other end tilts.Its shape can be various, can use the accessories such as spring so that seesaw state keeps stable.So-called tilting, refers to seesaw one end high, and the other end is low, and unless human intervention, this state that can keep for a long time.This time, can be at least 1 hour.
Radio remote control circuit: this circuit has at least one input, changes the level of this input, can will produce a telecommand, and wirelessly this instruction be launched.Wireless mode includes but not limited to the forms such as radio frequency, sound, light, vibration, ultrasound wave, laser.
It is noted that in some embodiments it is possible to multiple rocker switch are combined, multiplexing wherein part-structure or circuit.
Claims (7)
1. a seesaw type radio remote control switch, it mainly includes that a rocker switch structure, the transient state being matched in rocker switch structure trigger circuit and triggers, with described transient state, the radio remote control circuit that circuit is connected, it is characterized in that described rocker switch structure is made up of a upspring type button, power conducting structure part and seesaw, wherein said power conducting structure part is when seesaw is pressed, compressing upspring type button, and upspring type button is upspring when seesaw is pressed completely；
It is one to be pressed in response to described seesaw either end, change a radio remote control circuit at least input signal that described transient state triggers circuit, and keeps the setting time；After this input signal is changed, triggers radio remote control circuit and produce a telecommand；And after setting the time, this input signal is changed again, trigger radio remote control circuit under this input signal and do not produce telecommand, described radio remote control circuit has at least one input, change the level of this input, a telecommand can be produced, and wirelessly this instruction is launched.
Seesaw type radio remote control switch the most according to claim 1, it is characterized in that described transient state triggers circuit and controlled by described power conducting structure part, described power conducting structure part at least includes a convex surface or concave surface or a movable plate, it is pressed into during seesaw state tends towards stability at seesaw, extruding upspring type button, and after any one end portion of seesaw is pressed completely or is pressed a period of time completely, upspring type button can be upspring voluntarily, but seesaw is pressed, still place, one end is pressed at state, the other end and tilts state；
Described radio remote control circuit mainly includes a signal coder, a radio circuit being made up of inductance, resistance and electric capacity and LED instruction and resistance, the wherein signal sending end being connected to described transient state triggering circuit for signal receiving end on signal coder.
Seesaw type radio remote control switch the most according to claim 1 and 2, it is characterized in that described power conducting structure part the most also includes that one is hindered upspring type button to upspring voluntarily the spring of obstacle for flicking, and this spring does not change still place, one end when seesaw is pressed and is pressed state, the state tilted at the other end；
Described transient state triggers circuit and at least includes the transient circuit that a circuit switch, at least one the RC circuit being made up of electric capacity and resistance build, and after any one end of seesaw is pressed, produce the high or low level pulse of certain time length, as the input signal of radio remote control circuit, and time span is determined by the resistance in circuit, electric capacity or inductance.
Seesaw type radio remote control switch the most according to claim 3, it is characterized in that described transient state triggers circuit and includes at least two RC circuit, wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button is included in a bulge-structure of seesaw side, during pressing any one end of seesaw, can extrude this upspring type button, and after any one end of seesaw is pressed completely, this upspring type button is upspring automatically.
Seesaw type radio remote control switch the most according to claim 3, it is characterized in that described transient state triggers circuit and includes at least two RC circuit, wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button includes a spring, a column thimble and one piece of portable plate, and wherein said portable plate midpoint is fixed, it is possible to do the swing of certain angle around midpoint；During pressing any one end of seesaw, described column thimble can upwardly this upspring type button；But after any one end of seesaw is pressed completely, column thimble can be upspring by spring, and upspring type button is upspring the most automatically.
Seesaw type radio remote control switch the most according to claim 3, it is characterized in that described transient state triggers circuit and includes at least two RC circuit, wherein a RC circuit is for producing the high or low level pulse producing certain time length under connecting and disconnecting of the circuit open state, as the input signal of radio remote control circuit；2nd RC circuit produces the high or low level pulse of certain time length under connecting and disconnecting of the circuit open state for producing, as the input signal of radio remote control circuit；
Described upspring type button has two, and seesaw is respectively arranged with one, during pressing any one end of seesaw, can extrude upspring type button, and after any one end of seesaw is pressed completely, this button is upspring automatically.
7. according to the seesaw type radio remote control switch described in claim 4 or 5 or 6, it is characterised in that described transient state trigger circuit the most also include one radiofrequency signal lost efficacy switch come into force after, the radiofrequency signal that how to change this seesaw state and all do not have wireless control directives to send lost efficacy switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620192308.5U CN205584170U (en) | 2016-03-14 | 2016-03-14 | Wane type wireless remote control switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620192308.5U CN205584170U (en) | 2016-03-14 | 2016-03-14 | Wane type wireless remote control switch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205584170U true CN205584170U (en) | 2016-09-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620192308.5U Withdrawn - After Issue CN205584170U (en) | 2016-03-14 | 2016-03-14 | Wane type wireless remote control switch |
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| CN (1) | CN205584170U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105656470A (en) * | 2016-03-14 | 2016-06-08 | 嘉兴友玛电气有限公司 | Rocker-type wireless remote control switch |
-
2016
- 2016-03-14 CN CN201620192308.5U patent/CN205584170U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105656470A (en) * | 2016-03-14 | 2016-06-08 | 嘉兴友玛电气有限公司 | Rocker-type wireless remote control switch |
| CN105656470B (en) * | 2016-03-14 | 2018-11-13 | 嘉兴友玛电气有限公司 | A kind of wraping plate type radio remote control switch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| 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: 20160914 Termination date: 20170314 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160914 Effective date of abandoning: 20181113 |