CN209625426U - A kind of wireless receiver of automatically-controlled door - Google Patents
A kind of wireless receiver of automatically-controlled door Download PDFInfo
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- CN209625426U CN209625426U CN201920175599.0U CN201920175599U CN209625426U CN 209625426 U CN209625426 U CN 209625426U CN 201920175599 U CN201920175599 U CN 201920175599U CN 209625426 U CN209625426 U CN 209625426U
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Abstract
The utility model discloses a kind of wireless receivers of automatically-controlled door, it includes shell, Anneta module, decoder module and processor, Anneta module, decoder module and processor are respectively arranged in shell, shell is set to the doorframe outer surface of automatically-controlled door, Anneta module is electrically connected at the input terminal of decoder module, the input terminal of processor is electrically connected the output end of decoder module, the output end of processor is electrically connected the input terminal of the main controller of automatically-controlled door, wherein Anneta module directly receives the remote signal for penetrating shell, and remote signal is sent to decoder module, processor controls signal according to the remote signal output driving by decoder module processing, the main controller of automatically-controlled door adjusts the working condition of automatically-controlled door according to driving control signal, the wireless receiver of the utility model does not require remote controler to emit high-frequency remote signal, it reduces The energy consumption of remote controler, and then avoid frequently replacing battery, while being also able to maintain the beauty of automatically-controlled door.
Description
Technical field
The utility model relates to automatically-controlled door field more particularly to a kind of wireless receivers of automatically-controlled door.
Background technique
With the improvement of living standards, more and more intellectual products have entered in daily life, and it is automatic
Door is exactly one of which, and automatically-controlled door is widely used in the places such as shopping plaza, shops, enterprise, therefore also well known
And great convenience is brought to people's lives.
It is existing such as patent document 1 (Chinese patent of the Publication No. CN108661477A disclosed on October 16th, 2018)
Some automatically-controlled doors generally comprise doorframe, door leaf, driving mechanism and control system, and wherein doorframe is hollow structure, driving mechanism
It is set in doorframe.Automatically-controlled door generally has always-on, automatic mode, normal several operational modes of pass mode, and always-on is i.e. certainly
The door leaf of dynamic door is in the state opened for a long time, does not change because of the testing result of inductor, automatic mode, that is, automatically-controlled door
Switch state is determined by the testing result of inductor, when the signal for needing to open the door is not detected in inductor, the control of automatically-controlled door
System control door leaf remains off, and when detecting the signal of enabling in need, the control system control of automatically-controlled door is instant
Driving mechanism drives door leaf to open, and often closes mode, that is, automatically-controlled door door leaf and is in the state closed for a long time, not because of inductor
Testing result changes, and can control automatically-controlled door by control system by control switch or remote control switch and switch its operation mould
Formula.
For convenience of use, existing automatically-controlled door is generally fitted provided with the remote controler for Remote Control Automatic door, passes through remote controler
Remote signal is sent to the control system of automatically-controlled door, i.e., controllable automatically-controlled door running mode switching.And control system is to pass through nothing
Line receiver receives the remote signal of remote controler sending, and existing automatically-controlled door is generally by wireless receiver, processor, driving
The motor etc. of mechanism is set along within the horizontal frame or vertical frame of doorframe, avoids the overall appearance for influencing automatically-controlled door.
The doorframe of automatically-controlled door is alloy material, and a part of doorframe is arranged in wall, and remote signal exists
It could be received, and then could complete automatic by wireless receiver after needing to penetrate the doorframe and wall of alloy material in communication process
The switching of door operational mode, and the remote signal of remote controler transmitting belongs to electromagnetic wave, to penetrate the doorframe and wall of alloy material
Very strong penetration power is needed to have, i.e. remote signal must be high-frequency electromagnetic wave, this requires the transmission power of remote controler enough
Height, the battery of remote controler need to supply enough electric energy.However, present remote controler is generally powered using battery, this causes distant
The electricity of control device is depleted quickly, or remote controler can not be supported to continue to emit high-frequency electromagnetic wave quickly, makes battery
Reduced service life needs replacing new battery.
Utility model content
The embodiments of the present invention provides a kind of microwave induced lamp, is set with solving existing automatically-controlled door wireless receiver
It is placed in doorframe, remote controler needs to ask so that remote controller battery power consumption is fast caused by high transmitting power transmitting remote signal
Topic.
In order to solve the above-mentioned technical problem, the utility model provides a kind of wireless receiver of automatically-controlled door comprising shell
Body, Anneta module, decoder module and processor, Anneta module, decoder module and processor are respectively arranged in shell, and antenna
Module is electrically connected at the input terminal of decoder module, and the input terminal of processor is electrically connected the output end of decoder module, processor
Output end be electrically connected automatically-controlled door main controller input terminal, wherein Anneta module to receive penetrate shell remote control letter
Number, and remote signal is sent to decoder module, processor is according to the remote signal output driving control handled by decoder module
Signal processed, the main controller of automatically-controlled door adjust the operational mode of automatically-controlled door according to driving control signal.
An embodiment according to the present utility model further includes indicating module, and indicating module is set to shell, and it is inputted
End is electrically connected at processor.
An embodiment according to the present utility model, above-mentioned processor is also according to the remote signal by decoder module processing
Output instruction control signal, indicating module receives instruction control signal, and issues indication signal according to instruction control signal.
An embodiment according to the present utility model, above-mentioned Anneta module include receiving antenna, and receiving antenna receives remote control
Signal, and analog-to-digital conversion process is carried out to remote signal.
An embodiment according to the present utility model, above-mentioned decoder module include decoder, and decoder is to by conversion
Remote signal is decoded processing.
An embodiment according to the present utility model, above-mentioned processor have memory, have contrast signal in memory,
Processor compares and analyzes the remote signal Jing Guo decoding process with contrast signal, and output driving control signal and instruction
Signal is controlled, the first output end output driving of processor controls signal, and its second output terminal output instruction control signal.
An embodiment according to the present utility model, above-mentioned driving control signal include the first driving control signal, second
Driving control signal and third driving control signal, main controller are controlled according to the first driving control signal received, the second driving
The operational mode of automatically-controlled door is switched to normally opened operational mode, automatic running pattern or often by signal processed or third driving control signal
Operational mode is closed, instruction control signal includes the first instruction control signal, the second instruction control signal and third instruction control letter
Number, indicating module is according to the first instruction control signal, the second instruction control signal or third instruction control signal control received
Indicating module processed issues the first indication signal, the second indication signal and third indication signal, the first indication signal, the second instruction letter
Number with third indication signal respectively to indicate automatically-controlled door be in normally opened operational mode, automatic running pattern and often close operation mould
Formula.
An embodiment according to the present utility model, further includes power module, power module respectively with Anneta module, decoding
Module and processor are electrically connected.
In the embodiments of the present invention, the wireless receiver of automatically-controlled door is by being set to automatically-controlled door for shell
Doorframe outer surface, then Anneta module, decoder module, processor and indicating module are set to shell, such remote controler transmitting
Remote signal, which need to only penetrate shell, can reach wireless receiver, make the wireless receiver of the automatically-controlled door of the utility model not only
Low frequency remote signal can be received, and automatically-controlled door is overall beautiful generous.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and constitutes one of the utility model
Point, the schematic present embodiment and its explanation of the utility model are not constituted practical new to this for explaining the utility model
The improper restriction of type.In the accompanying drawings:
Fig. 1 is the system block diagram of the wireless receiver of the automatically-controlled door of the utility model first embodiment；
Fig. 2 is the system block diagram of the wireless receiver of the automatically-controlled door of the utility model second embodiment.
Specific embodiment
Below in conjunction with the attached drawing in the utility model present embodiment, to the technology in the utility model present embodiment
Scheme is clearly and completely described, it is clear that and described present embodiment is an embodiment of the utility model, without
It is whole present embodiments.Based on the present embodiment in the utility model, those of ordinary skill in the art are not being made
Every other present embodiment obtained, fall within the protection scope of the utility model under the premise of creative work.
Fig. 1 is please referred to, is the system block diagram of the wireless receiver of the automatically-controlled door of the utility model first embodiment.
As shown, provide a kind of wireless receiver 1 of automatically-controlled door in present embodiment, wireless receiver 1 include shell (in figure not
Show), Anneta module 11, decoder module 13, processor 15, shell is installed on the doorframe outer surface of automatically-controlled door, Anneta module 11,
Decoder module 13, processor 15 are respectively arranged in shell, and Anneta module 11 is electrically connected at the input terminal of decoder module 13,
The input terminal of processor 15 is electrically connected the output end of decoder module 13, and the output end of processor 15 is electrically connected the master of automatically-controlled door
Control device 20.Wherein Anneta module 11 directly receives the remote signal for penetrating shell, and remote signal is sent to decoder module 13,
Decoder module 13 is decoded processing to remote signal, and processor 15 is according to the remote signal output driving control Jing Guo decoding process
Signal processed, the main controller 20 of automatically-controlled door adjust the operational mode of automatically-controlled door according to driving control signal, and according to the fortune after switching
The operation of row scheme control driving mechanism, driving mechanism drive the door leaf of automatically-controlled door mobile.
Specifically, driving control signal includes the first driving control signal, the second driving control signal and third driving
Control signal.When the input terminal of main controller 20 receives the first driving control signal, the operational mode of automatically-controlled door is switched
For normally opened operational mode, the driving circuit of the driving mechanism of the transmission driving instruction of main controller 20 to automatically-controlled door, and then driving mechanism
Motor run according to driving instruction, the motor of operation drives the door leaf of automatically-controlled door to open, and is kept open.Work as main controller
When 20 input terminal receives the second driving control signal, the operational mode of automatically-controlled door is switched to automatic running pattern, it is main
It controls device 20 to run according to the driving mechanism of the sensing signal control automatically-controlled door of the sensor of automatically-controlled door, sensor has sensed pedestrian
Need by when, main controller 20 sends the driving circuit of driving instruction to driving mechanism, and then the motor of driving mechanism is according to drive
Dynamic instruction operation, motor drive the door leaf of automatically-controlled door to open, sensor sensing pedestrian passed through and within the regular hour not
Sensed again pedestrian need by when, main controller 20 sends the driving circuit of driving instruction to driving mechanism, and then driving machine
The motor of structure is run according to driving instruction, and motor drives the door leaf of automatically-controlled door to close.When the input terminal of main controller 20 receives
When three driving control signal, the operational mode of automatically-controlled door is switched to and often closes operational mode, main controller 20 sends driving instruction
Motor to the driving circuit of driving mechanism, and then driving mechanism is run according to driving instruction, and motor drives the door leaf of automatically-controlled door
It closes, and remains off.
It should be noted that the shell of present embodiment can be rectangular, taper, prismatic table shape or other shapes of hollow
Body only requires that its hollow space is able to satisfy the demand of installation Anneta module 11, decoder module 13 and processor 15, and appearance is big
Side, in this way, shell is by being set to the doorframe of automatically-controlled door by the wireless sensor 1 of present embodiment, then by Anneta module 11, solution
Code module 13 and processor 15 are set to shell, can not only receive low-frequency remote signal, reduce the transmission power of remote controler,
And then improve the service life of battery, moreover it is possible to keep the beauty of automatically-controlled door entirety.
The structure of the wireless receiver of present embodiment is explained in detail below, continuing with participation Fig. 1.In present embodiment, wirelessly
Receiver 1 further includes power module 17, and power module 17 electrically connects with Anneta module 11, decoder module 13 and processor 15 respectively
It connecing, the input terminal of power module 17 and the main controller 20 of automatically-controlled door are electrically connected, and main controller 20 outputs current to power module 17,
And then power module 17 can provide operating current for Anneta module 11, decoder module 13 and processor 15.
Anneta module 11 includes receiving antenna, remote signal of the receiving antenna to receive remote controler transmitting, remote signal
For electromagnetic wave, the electromagnetic wave received can be converted to high frequency electrical signal, and the high frequency electrical signal that will be converted to by receiving antenna
It is sent to decoder module 13.
Decoder module 13 has decoder, when the input terminal of decoder module 13 receives high frequency electrical signal, decoder module
13 pairs of high frequency electrical signals are decoded processing, i.e., the high frequency electrical signal input decoder that will be received, decoder is to high frequency telecommunications
It number is decoded, and then obtains digital signal corresponding with high frequency electrical signal, digital signal includes ID code, rolling code, encrypted code
And instruction code, decoder module 13 are exported obtained digital signal by its output end.
Processor 15 has memory, is stored with contrast signal in memory, contrast signal also have ID code, rolling code,
Encrypted code.When the input terminal of processor 15 receives digital signal, by the ID code of the digital signal received, rolling code,
ID code, rolling code, the encrypted code of encrypted code and contrast signal compare, if the ID code of the digital signal received, rolling code,
Encrypted code is different from ID code, rolling code, the encrypted code of contrast signal, then processor 15 determines the instruction of the digital signal received
Code is invalid, and processor 15 is no longer handled the digital signal received.On the contrary, if the ID of the digital signal received
Code, rolling code, encrypted code are identical as ID code, rolling code, the encrypted code of contrast signal, then processor 15 determines the number received
The instruction code of signal is effective, and processor 15 generates driving control signal according to the effective instruction code of digital signal, and driving is controlled
Signal processed is exported by its output end, and wherein driving control signal has effective instruction code.And main controller 20 can be according to its input
Terminate the operational mode of the driving control signal switching automatically-controlled door received.When the control button that the user of remote controler presses not
Together, the remote signal of remote controler transmitting is different, then corresponding instruction code is also different, and processor 15 is generated according to different instruction codes
Corresponding driving control signal, driving control signal according to the difference of effective instruction code be divided into the first driving control signal,
Second driving control signal and third driving control signal.
It is the system of the wireless receiver of the automatically-controlled door of the utility model second embodiment please continue to refer to Fig. 2
Block diagram.As shown, the difference of the wireless receiver 1 of present embodiment and first embodiment is, the nothing of present embodiment
Line receiver 1 further includes indicating module 19, and processor 15 is electrically connected at the controller 20 of automatically-controlled door by its first output end,
And the input terminal of indicating module 19 is electrically connected at by its second output terminal, meanwhile, power module 17 is electrically connected at instruction
Module 19, to provide operating current to indicating module 19.When processor 15 generates drive control according to the digital signal received
When signal, processor 15 also generates instruction control signal corresponding with driving control signal, and instruction control signal, which has, effectively to be referred to
Enable code, instruction control signal according to the difference of effective instruction code be divided into the first instruction control signal, the second instruction control signal with
Third instruction control signal.In other words, when the control button difference that the user of remote controler presses, the remote control of remote controler transmitting
Signal is different, then corresponding instruction code is also different, and processor 15 generates corresponding drive control according to different instruction codes
Signal and instruction control signal, it includes the first instruction control signal, the second instruction control signal and third which, which controls signal,
Instruction control signal.
In present embodiment, indicating module 19 has instruction device, what indicating module 19 can be received according to its input terminal
Instruction control signal control indicator issues indication signal, when indicating module 19 receives the first instruction control signal, refers to
Showing device issues the first indication signal, and when indicating module 19 receives the second instruction control signal, instruction device issues second
Indication signal, when indicating module 19 receives third instruction control signal, instruction device issues third indication signal, and first refers to
Show signal, the second indication signal and third indication signal respectively correspond the normally opened operational mode of automatically-controlled door, automatic running pattern with
Often close operational mode.
Specifically, the instruction device of present embodiment is LED light, the lamp cap of LED light is stretched out from shell, to issue instruction
Signal, naturally it is also possible to be that display panel or other devices with instruction function are shown when instruction device is display panel
Show that the display screen of panel is set to the outer surface of shell, to show indication signal, while also avoiding influencing the whole outer of automatically-controlled door
It sees.The first indication signal, the second indication signal, the third indication signal of instruction device sending are the different colours that LED light issues
Light, the luminance of LED light can be the state that is always on, flashing state or state of often going out, and the indication signal of present embodiment is
The light for the different colours that LED light issues.When automatically-controlled door switches to normally opened operational mode, i.e. what the input terminal of indicating module 19 received
When instruction control signal is the first instruction control signal, indicating module 19 controls LED light and shows the first color, and keeps flashing shape
State indicates that automatically-controlled door is in normally opened operational mode.When automatically-controlled door switches to automatic running pattern, the i.e. input terminal of indicating module 17
When the instruction control signal received is the second instruction control signal, indicating module 17 controls LED light and shows the first color, and keeps
It is always on state, indicates that automatically-controlled door is in automatic running pattern.Operational mode, i.e. indicating module 19 are often closed when automatically-controlled door switches to
When the instruction control signal that input terminal receives is third instruction control signal, indicating module 19 controls LED light and shows third color,
And keep being always on state, indicate that automatically-controlled door is in third operational mode, wherein the first color and the second color can be respectively red oranges
One of colors such as red malachite royal purple, but it is not identical, i.e., and indicating module 19 is with different light color and bright dark frequency meter
Show that automatically-controlled door is in different operational modes, such as: when automatically-controlled door is in normally opened operational mode, LED light flashing display green, from
When dynamic door is in automatic running pattern, LED light is always on display green, and in when often closing operational mode, LED light is always on aobvious automatically-controlled door
Show red, so can intuitively show the instant operational mode of automatically-controlled door, avoids remote control running mode switching failure but can not be true
Recognize, or need to be moved to the detection zone of automatically-controlled door, to check how automatically-controlled door runs after triggering induction, then determines automatically-controlled door
Instant operational mode makes the wireless sensor of the automatically-controlled door of the utility model have more convenience.
It should be noted that the driving control signal of the wireless receiver 1 of the automatically-controlled door of the utility model and instruction are controlled
Signal processed corresponds to the operational mode of automatically-controlled door, and in present embodiment, the operational mode of automatically-controlled door includes normally opened operational mode, automatic
Operational mode and often pass operational mode, right three kinds of operational modes without being limited thereto, can also include half-open operational mode, half Guan Yunhang
Mode or other operational modes, processor 15 can generate corresponding drive control according to the effective instruction code of remote signal
Signal, instruction control signal, and corresponding driving control signal, instruction control signal are sent to main controller 20 and instruction respectively
Module 19 to switch the operational mode of automatically-controlled door, and makes indicating module 17 issue corresponding indication signal.
In conclusion a kind of wireless sensor of automatically-controlled door provided by the utility model, by the way that shell is set to
The doorframe outer surface of automatically-controlled door, then Anneta module, decoder module, processor and indicating module are set and are respectively arranged at shell, it is distant
Control signal, which penetrates shell, just can be sent to Anneta module, avoid remote controler transmission power height, consumption electric energy big, need to frequently replace
Battery, simultaneously, moreover it is possible to keep automatically-controlled door overall beautiful.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that include the process, method of a series of elements, device not only include those elements, but also including
Other elements that are not explicitly listed, or further include for this process, method, article or the intrinsic element of device.
In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including the element
There is also other identical elements in process, method, article or device.
The embodiments of the present invention is described above in conjunction with attached drawing, but the utility model is not limited to
Above-mentioned specific embodiment, the above mentioned embodiment is only schematical, rather than restrictive, this field it is general
Logical technical staff is not departing from the utility model aims and scope of the claimed protection feelings under the enlightenment of the utility model
Under condition, many forms can be also made, are belonged within the protection of the utility model.
Claims (8)
1. a kind of wireless receiver of automatically-controlled door characterized by comprising
Shell is set to the doorframe outer surface of automatically-controlled door；
Anneta module is set in the shell；
Decoder module is set in the shell, and the input terminal of the decoder module and the Anneta module are electrically connected；
Processor is set in the shell, and the input terminal of the processor and the output end of the decoder module electrically connect
It connects, output end is electrically connected the input terminal of the main controller of the automatically-controlled door；
Wherein, the Anneta module is sent to institute to receive the remote signal for penetrating the shell, and by the remote signal
Decoder module is stated, the processor controls signal according to the remote signal output driving handled by the decoder module, automatically
The main controller of door adjusts the operational mode of automatically-controlled door according to the driving control signal.
2. the wireless receiver of automatically-controlled door as described in claim 1, which is characterized in that it further include indicating module, the finger
Show that module is set to the shell, and its input terminal is electrically connected at the processor.
3. the wireless receiver of automatically-controlled door as claimed in claim 2, which is characterized in that the processor is also according to by institute
The remote signal output instruction control signal of decoder module processing is stated, the indicating module receives the instruction and controls signal, and
Signal, which is controlled, according to the instruction issues indication signal.
4. the wireless receiver of automatically-controlled door as claimed in claim 3, which is characterized in that the Anneta module, which has, receives day
Line, the receiving antenna receive the remote signal, carry out analog-to-digital conversion process to the remote signal.
5. the wireless receiver of automatically-controlled door as claimed in claim 4, which is characterized in that the decoder module includes decoding
Device, the decoder are decoded processing to the remote signal by conversion.
6. the wireless receiver of automatically-controlled door as claimed in claim 5, which is characterized in that the processor has memory,
There is contrast signal, the processor carries out the remote signal Jing Guo decoding process with the contrast signal in memory
Comparative analysis, and the driving control signal and instruction control signal are exported, wherein the first output end of the processor exports
The driving control signal, and its second output terminal exports the instruction and controls signal.
7. the wireless receiver of automatically-controlled door as claimed in claim 6, which is characterized in that the driving control signal includes the
One driving control signal, the second driving control signal and third driving control signal, the main controller are according to what is received
First driving control signal, second driving control signal or the third driving control signal are by the operational mode of automatically-controlled door
It is switched to normally opened operational mode, automatic running pattern or often closes operational mode, the instruction control signal includes the first instruction control
Signal, the second instruction control signal and third instruction control signal processed, the indicating module is according to first finger received
Show that control signal, the second instruction control signal or third instruction control signal control the indicating module and issue first
Indication signal, the second indication signal or third indication signal, first indication signal, second indication signal and described the
Three indication signals respectively to indicate the automatically-controlled door be in the normally opened operational mode, the automatic running pattern and it is described often
Close operational mode.
8. the wireless receiver of automatically-controlled door as described in claim 1, which is characterized in that it further include power module, the electricity
Source module is electrically connected with the Anneta module, the decoder module and the processor respectively.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920175599.0U CN209625426U (en) | 2019-01-31 | 2019-01-31 | A kind of wireless receiver of automatically-controlled door |
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| CN201920175599.0U CN209625426U (en) | 2019-01-31 | 2019-01-31 | A kind of wireless receiver of automatically-controlled door |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112584214A (en) * | 2020-12-09 | 2021-03-30 | 青岛信芯微电子科技股份有限公司 | Remote control equipment and remote control equipment awakening method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112584214A (en) * | 2020-12-09 | 2021-03-30 | 青岛信芯微电子科技股份有限公司 | Remote control equipment and remote control equipment awakening method |
| CN112584214B (en) * | 2020-12-09 | 2022-11-25 | 青岛信芯微电子科技股份有限公司 | Remote control equipment and remote control equipment awakening method |
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