CN206523961U - Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment - Google Patents
Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment Download PDFInfo
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- CN206523961U CN206523961U CN201720177119.5U CN201720177119U CN206523961U CN 206523961 U CN206523961 U CN 206523961U CN 201720177119 U CN201720177119 U CN 201720177119U CN 206523961 U CN206523961 U CN 206523961U
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Abstract
The utility model embodiment discloses the signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment.The signal receiving circuit includes：Signal control panel, function button plate and safeguard keypad；Function button plate and safeguard that keypad is connected by the first inserting terminal with the public port of signal control panel；The back door switching knob that signal control panel passes through the external automatic depositing-withdrawing equipment of the second inserting terminal；When signal control panel determines that the back door of automatic depositing-withdrawing equipment is closed by the back door switching knob, the function button signal that control public port receive capabilities keypad is produced；Otherwise, control public port receives the maintenance push button signalling for safeguarding that keypad is produced.Using the technical scheme, the annexation of signal receiving circuit is simplified, the port number needed for signal receiving circuit is saved, the occupancy by key control time control port is effectively reduced, the cost consumption in Self-help access equipment design can be effectively reduced.
Description
Technical field
The utility model embodiment is related to the signal of technical field of financial equipment, more particularly, to automatic depositing-withdrawing equipment
Receiving circuit and automatic depositing-withdrawing equipment.
Background technology
In actual applications, existing many automatic depositing-withdrawing equipment all have two display screens, and preceding display screen shows with rear
Display screen, wherein, the button of display screen both sides realizes that service selection is operated mainly for equipment user before being present in, and such as inquires about, deposits
Money, the non-sensitive operation such as withdraw the money, transfer accounts；It is present in the attended operation of the button operation maintenance personnel of rear display screen both sides.
At present, the button in automatic storage money equipment is typically individually to control, that is, needs to correspond to one for each button
Control port, so as to result in the excessive occupancy of control port in equipment, thus increases the cost consumption of equipment, more existing
It is to use touch screen control button to improve way, button operation is converted into contact action, thus reduces the occupancy of device port,
But touch screen control is easily affected by the external environment, influence touch screen essence is easy to using touch screen control when external environment is disliked slightly
Degree, and then the operating characteristics of automatic depositing-withdrawing equipment is influenceed, reduce Consumer's Experience.
Utility model content
The utility model embodiment is provided to be set for the signal receiving circuit and automatic depositing-withdrawing of automatic depositing-withdrawing equipment
It is standby, the occupancy by key control time control port can be effectively reduced, so as to save the cost consumption of equipment.
On the one hand, the utility model embodiment provides a kind of signal receiving circuit for automatic depositing-withdrawing equipment, bag
Include：Signal control panel, function button plate and safeguard keypad；
The function button plate and described safeguard that keypad passes through the public of the first inserting terminal and the signal control panel
Port is connected；The back door switching knob that the signal control panel passes through the external automatic depositing-withdrawing equipment of the second inserting terminal；
When the signal control panel determines that the back door of the automatic depositing-withdrawing equipment is in by the back door switching knob
During closed mode, the public port is controlled to receive the function button signal that the function button plate is produced；Otherwise, control described
Public port receives the maintenance push button signalling for safeguarding keypad generation.
On the other hand, the utility model embodiment provides a kind of automatic depositing-withdrawing equipment, including：Industrial computer, its feature
It is, in addition to：The signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment is provided；
The industrial computer is connected with the signal receiving circuit for automatic depositing-withdrawing equipment；
The function button signal generation function button that the industrial computer is received according to the signal receiving circuit is instructed, control
Automatic depositing-withdrawing equipment responds the function button and instructs corresponding feature operation；The industrial computer receives electricity according to the signal
Key command is safeguarded in the maintenance push button signalling generation that road is received, and controls the automatic depositing-withdrawing equipment response is described to safeguard that button refers to
Make corresponding attended operation.
A kind of signal receiving circuit for automatic depositing-withdrawing equipment is provided in the utility model embodiment and is deposited automatically
Withdrawal equipment, the signal receiving circuit includes signal control panel, function button plate and safeguards keypad, function button plate and dimension
Shield keypad is connected by the first inserting terminal with the public port of signal control panel；Signal control panel passes through the second inserting terminal
The back door switching knob of external automatic depositing-withdrawing equipment；When signal control panel, to determine that the back door of automatic depositing-withdrawing equipment passes through described
When back door switching knob is closed, the function button signal that control public port receive capabilities keypad is produced；Otherwise,
Control public port receives the maintenance push button signalling for safeguarding that keypad is produced.Using the signal receiving circuit, signal control can be made
Making sheet is by public port receive capabilities keypad or safeguards the push button signalling that keypad is generated, and thereby simplify signal and receives electricity
The annexation on road, saves the port number needed for signal receiving circuit, effectively reduces accounting for by key control time control port
Consumption, meanwhile, using the self-service withdrawal equipment comprising above-mentioned signal receiving circuit, Self-help access equipment can be effectively reduced
Cost consumption in design.
Brief description of the drawings
Fig. 1 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment one is provided
Structure schematic diagram；
Fig. 2 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment two is provided
Structure schematic diagram；
Fig. 3 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment three is provided
Structure schematic diagram
A kind of structured flowchart for automatic depositing-withdrawing equipment that Fig. 4 provides for the utility model example IV.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.It is understood that herein
Described specific embodiment is used only for explaining the utility model, rather than limits of the present utility model.Further need exist for
It is bright, for the ease of description, the part related to the utility model rather than entire infrastructure are illustrate only in accompanying drawing.
Embodiment one
Fig. 1 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment one is provided
Structure schematic diagram, the signal receiving circuit is applied to function button or safeguards the situation that the push button signalling of button is received, should
Signal receiving circuit is typically integrated in self-service withdrawal equipment.
As shown in figure 1, the signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment one is provided, bag
Include：Signal control panel 11, function button plate 12 and safeguard keypad 13；Wherein, function button plate 12 and keypad 13 is safeguarded
Pass through the public port O of the first inserting terminal 110 and signal control panel 111It is connected；Signal control panel 11 passes through the second inserted terminal
The back door switching knob 10 of sub 111 external automatic depositing-withdrawing equipment.
When signal control panel 11 determines that the back door of automatic depositing-withdrawing equipment is closed by back door switching knob 10
When, control the public port O1The function button signal that receive capabilities keypad 12 is produced；Otherwise, the public port is controlled
O1Receive the maintenance push button signalling for safeguarding that keypad 13 is produced.
In the present embodiment, back door switching knob 10 controls the rear door opening and closing state of automatic depositing-withdrawing equipment, and signal control
Making sheet 11 is connected by the second inserting terminal 111 with back door switching knob 10, and thus signal control panel 11 can obtain self-service deposit
The on off state at the back door of withdrawal equipment, it is possible to according to the on off state at the back door of acquisition, control public port O1Receive work(
Energy push button signalling safeguards push button signalling.
Usually, function button plate 12 is arranged on the user oriented side of self-help deposit equipment, can carry out function for user
Button operation, no foreign object is blocked；Safeguard that keypad 13 is arranged on the not face user side of self-help deposit equipment, be specifically available for interior
Portion technical staff is carried out in attended operation, and the back door in self-help deposit equipment, therefore is only in open mode at back door
When, technical staff could be to safeguarding that keypad 13 is operated.Foregoing description can be seen that function button plate 12 in practical application
With safeguard that keypad 13 will not be simultaneously operated, thus the present embodiment sets a public port O1Respectively with function button plate 12
And safeguard that keypad 13 is connected, and according to function button plate 12 and the different operating opportunity for safeguarding keypad 13, using public
Port O1To receive the push button signalling of different key plate generation.
In the present embodiment, when signal control panel 11 determines that the back door of automatic depositing-withdrawing equipment passes through back door switching knob 10
When being closed, determine that automatic depositing-withdrawing equipment is in normal mode of operation according to the lock status signal of generation, and true
Surely it is in control public port O after normal mode of operation1The function button signal that receive capabilities keypad 12 is produced；When signal control
When making sheet 11 determines that the back door of automatic depositing-withdrawing equipment is in open mode by back door switching knob 10, according to the maintenance of generation
Status signal determines that automatic depositing-withdrawing equipment is in the service mode that operation maintenance personnel is overhauled, and it is determined that being controlled after service mode
Public port O processed1Receive the maintenance push button signalling for safeguarding that keypad 13 is produced.
Further, at least one function button 121 is provided with function button plate 12；One end of each function button 121
Connection corresponding with a pin on the first inserting terminal 110 respectively；The other end of each function button 121 be respectively connected with after with the
The common pin J of one inserting terminal 1100It is connected；Safeguard that at least one is provided with keypad 13 safeguards button 131；It is each to safeguard
The connection corresponding with a pin on the first inserting terminal 110 respectively of one end of button 131；Respectively safeguard the other end of button 131
It is respectively connected with the common pin J afterwards with the first inserting terminal 1100It is connected；The common pin J of first inserting terminal 1100With signal
The public port O of control panel 111It is connected.
In the present embodiment according to the self-service achievable function of withdrawal equipment, it is provided with least on its function button plate 12
One function button 121；Safeguard that at least one is provided with keypad 13 safeguards button 131 at it simultaneously, usually, different work(
Push button signalling that can be produced by button can realize different functional responses, be such as provided be respectively used to inquire about, deposit, withdraw the money with
And the function button such as transfer accounts, so as to the functional response such as realize inquiry, deposit, withdraw the money and transfer accounts；Likewise, difference safeguards button
Produced key information can realize different maintenance responses, be such as provided with equipment self-inspection survey and equipment test is safeguarded and pressed
Key, so as to realize the maintenance response of equipment detection and equipment test.
In the present embodiment, the first inserting terminal 110 is arranged in signal control panel 11, is had on the first inserting terminal 110
There are at least two pins, one of them can be as common pin, for function button plate 12 and safeguarding in keypad 13 own
One end connection of button, remaining each pin then can be with function button plate 12 and/or safeguarding a button in keypad 13
Connection.It should be noted that a pin with after a button is connected in function button plate 12, can be again with safeguarding keypad 13
In a button connection, can also be not connected to, the present embodiment is not specifically limited, but for preferably save port number, this
One pin of the first inserting terminal of setting 110 of embodiment preferably can be respectively with function button plate 12 and safeguarding keypad
One end connection of a button in 13.
A kind of signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment one is provided, can pass through
Signal control panel determines the open and-shut mode at the back door of automatic depositing-withdrawing equipment, is hereby based on the common port of open and-shut mode control setting
The function button signal of the receive capabilities keypad of mouth selectivity or the maintenance push button signalling for safeguarding keypad.Connect using the signal
Circuit is received, the annexation of signal receiving circuit is simplified, saves the port number needed for signal receiving circuit, is effectively reduced
By the occupancy of key control time control port, and then effectively reduce the cost consumption in Self-help access equipment design.
Embodiment two
Fig. 2 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment two is provided
Structure schematic diagram.The utility model embodiment is optimized based on above-described embodiment, as shown in Fig. 2 the utility model is implemented
Example further optimizes to signal control panel 11, specifically includes：Signal master control chip 112, lock status detection module 113, maintenance
State detection module 114 and push button signalling receive chip 115；Wherein, lock status detection module 112 and state-detection mould is safeguarded
One end of block 113 passes through the back door switching knob 10 of the external automatic depositing-withdrawing equipment of the second inserting terminal 111 respectively；Lock status is examined
Survey module 113 and safeguard the other end of state detection module 114 respectively by the first pin J1And second pin J2With signal master control
Chip 112 is connected；Function button plate 12 and safeguard that keypad 13 receives core by the first inserting terminal 110 with push button signalling respectively
The public port O of piece 1151It is connected；Push button signalling receives chip 115 and passes through the 3rd pin J3It is connected with signal master control chip 112.
In the present embodiment, when the back door of automatic depositing-withdrawing equipment is closed by back door switching knob 10,
Triggering lock status detection module 113 generates low level lock status signal and sent to signal master control chip 112；Signal master control core
Piece 112 determines that automatic depositing-withdrawing equipment is in normal mode of operation, and control button signal receiving chip by lock status signal
The function button signal that 115 receive capabilities keypads 13 are produced；When the back door of automatic depositing-withdrawing equipment passes through back door switching knob
10 when being in open mode, and triggering is safeguarded the maintenance status signal of the generation high level of state detection module 114 and sent to signal
Master control chip 115；Signal master control chip 115 is by safeguarding that status signal determines that automatic depositing-withdrawing equipment is overhauled in operation maintenance personnel
Service mode, and control button signal receiving chip receive safeguard keypad produce maintenance push button signalling.
It is understood that the function button signal can be according to related personnel to function button in function button plate 12
Pressing produce, it is equally, described to safeguard that push button signalling safeguard that button is pressed according to related personnel to safeguarding in keypad 13
Pressure is produced.
In the present embodiment, signal master control chip 112 is equivalent to the control centre in signal control panel 11, lock status detection
Module 113 can generate the lock status signal whether detection automatic depositing-withdrawing equipment back door is closed, and safeguard state-detection
Module 114 can generate the maintenance status signal whether detection automatic depositing-withdrawing equipment back door is in open mode, and push button signalling connects
Receiving chip 115 can specifically regard as in signal control panel 11 with function button plate 12 and safeguarding that keypad 13 has the electricity that is directly connected to
Road component.In the present embodiment, push button signalling receives chip 115 can be with each function button in function button plate 12 and safeguarding button
Plate 13 respectively safeguards button formation loop connection, path is thus formed when button is pressed, generation can be by signal master control chip 112
The push button signalling of reception.
Further, lock status detection module 113, including：First resistor R1, second resistance R2 and the first phase inverter
X1；First resistor R1 first end is connected with external power supply V1, first resistor R1 the second end and the first of second resistance R2
End is connected by the second inserting terminal 111 with the first incoming end of power supply V2 on back door switching knob 10；The of second resistance R2
Two ends are connected with the first phase inverter X1 signal input part, the first phase inverter X1 signal output part and signal master control chip 112
The first pin J1It is connected.
In the present embodiment, when the back door of automatic depositing-withdrawing equipment is closed by back door switching knob 10,
Power supply V2 switch S is closed to the first incoming end on back door switching knob 10, and the first phase inverter X1 is exported by signal output part
Low level lock status signal, and pass through the first pin J1Send to signal master control chip 112.
Further, state detection module 114 is safeguarded, including：3rd resistor R3, the 4th resistance R4 and the second phase inverter
X2；3rd resistor R3 first end is connected with external power supply V1,3rd resistor R3 the second end and the first of the 4th resistance R4
End is connected by the second inserting terminal 111 with the second incoming end of power supply V2 on back door switching knob 10；The of 4th resistance R4
Two ends are connected with the second phase inverter X2 signal input part, the second phase inverter X2 signal output part and signal master control chip 112
Second pin J2It is connected.
In the present embodiment, when the back door of automatic depositing-withdrawing equipment is in open mode by back door switching knob 10,
Power supply V2 switch S is closed to the second incoming end on back door switching knob 10, and the second phase inverter X2 is exported by signal output part
The maintenance status signal of high level, and pass through second pin J2Send to signal master control chip 112.
A kind of signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment two is provided, specific refinement
The circuit unit that signal control panel includes, and then give selection and reception of the signal control panel to push button signalling after refinement
Process.Using the signal receiving circuit, the occupancy by key control time control port is effectively reduced, has reached that saving is self-service and has deposited
The purpose of withdrawal equipment cost consumption.
Embodiment three
Fig. 3 is a kind of knot for signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment three is provided
Structure schematic diagram.The utility model embodiment is optimized based on above-described embodiment, as shown in figure 3, the utility model is implemented
Example propose signal receiving circuit except generally included signal control panel 11, function button plate 12 and safeguard keypad 13 it
Outside, further to function button plate 12 and safeguard that keypad 13 is refined.
Specifically, function button plate 11 includes right side function button plate 101 and left side function button plate 102；Safeguard button
Plate 12 includes right hand service keypad 103 and left hand service keypad 104；Right side function button plate 101 and right hand service button
Plate 103 passes through the first right side inserting terminal J11With the first public port O of signal control panel 1111Connection；Left side function button plate
102 and left hand service keypad 104 pass through the first left side inserting terminal J12With the second public port O of signal control panel 1112Even
Connect.
In the present embodiment, due to the limitation in automatic depositing-withdrawing device external space, to function button plate 12 and maintenance
The number of keys that can be set on keypad 13 has been limited, however, the feature operation having when self-service withdrawal equipment or dimension
Shield operation it is more when, in requisition for number of keys it is also more, on the premise of keypad can not increase number of keys, this implementation
Example considers directly to increase the quantity of keypad.
Specifically, function button plate 12 preferably can be set to the right side in the user oriented side of self-service withdrawal equipment
Side function button plate 101 and left side function button plate 102, furthermore, it is possible in the not face user side of self-service withdrawal equipment,
It will preferably safeguard that keypad 13 is set to right hand service keypad 103 and left hand service keypad 104, meanwhile, in order to effective
Reduce the usage quantity of port, the present embodiment will belong to homonymy (such as belong to right side or belong to left side) function button plate and
Safeguard that keypad shares a public port on signal control panel 11 by an inserting terminal.
A kind of signal receiving circuit for automatic depositing-withdrawing equipment that the utility model embodiment three is provided, can be not
The easy and effective occupancy reduced by key control time control port in the case of automatic depositing-withdrawing equipment accurate work is influenceed, and then
Reduce the cost consumption in Self-help access equipment design.
Example IV
A kind of structured flowchart for automatic depositing-withdrawing equipment that Fig. 4 provides for the utility model example IV.As shown in figure 4,
The signal that the self-service withdrawal equipment is integrated with the offer of the utility model above-described embodiment in addition to comprising industrial computer 41, also receives electricity
Road 42；The industrial computer 41 is connected with the signal receiving circuit 42 for automatic depositing-withdrawing equipment.
Specifically, the function button signal generation function button that industrial computer 41 is received according to signal receiving circuit 42 is instructed,
Control automatic depositing-withdrawing equipment to respond the function button and instruct corresponding feature operation；Industrial computer 41 is according to signal receiving circuit
Key command is safeguarded in the 42 maintenance push button signalling generations received, and the equipment response of control automatic depositing-withdrawing is described to safeguard key command pair
The attended operation answered.
It should be noted that the signal receiving circuit 42 can be any structure described by above-described embodiment, here not
It is shown specifically again.
In the present embodiment, industrial computer 41 can specifically regard the controller of automatic depositing-withdrawing equipment as, can control to deposit automatically
Various operations (such as withdrawal, inquire about, transfer accounts and equipment self-inspection) in withdrawal equipment, it is appreciated that industrial computer 41
The push button signalling received first according to signal receiving circuit 42, and corresponding key command is generated according to push button signalling, finally may be used
Corresponding operation response is realized according to key command.
Further, the self-service withdrawal equipment, which also optimizes, includes：Preceding display screen 43 and rear display screen 44；Preceding display screen
43 and rear display screen 44 electrically connected respectively with industrial computer 41；Wherein, when the dimension that industrial computer 41 is received according to signal receiving circuit 42
When key command is safeguarded in shield push button signalling generation, the display device of display screen 43 is in the prompt message of maintenance state before control, and
Display screen 44 lights the current status information of screen display device after control.
In the present embodiment, preceding display screen 43 is arranged at the user oriented side of automatic depositing-withdrawing equipment, and industrial computer 41 is controlled
The feature operation that system is carried out may be displayed on preceding display screen 43, to carry out operation progress or operation selection prompting to user；
Display screen 44 is arranged at the not face user side of automatic depositing-withdrawing equipment afterwards, is typically locked in the back door of automatic depositing-withdrawing equipment
In, specifically, industrial computer 41 controls the attended operation carried out according to may be displayed on rear display screen 44, to enter to operation maintenance personnel
Row maintenance option safeguards progress prompt.
It is understood that before the typically display of the relevant information of function button on display screen 43, safeguarding the related letter of button
Breath is generally shown on rear display screen 44, and the back door of automatic depositing-withdrawing equipment, when being closed, automatic depositing-withdrawing is set
Standby to be in normal operating conditions, now preceding display screen 43 is normally shown, rear display screen 44 is in screen lock state；And work as automatic access
When the back door of money equipment is in open mode, automatic depositing-withdrawing equipment is in maintenance state, now will display on preceding display screen 43
Equipment is in the prompt message that maintenance state is shut the book, or is directly in screen lock state, and rear display screen 44 is then in bright screen
State and can be with the maintenance information of display device currently.
A kind of automatic depositing-withdrawing equipment that the utility model example IV is provided, integrated signal receiving circuit can root
According to the different push button signallings that the generation of different key plate is received by public port of the running status of automatic teller machine, so as to have
Effect reduces the occupancy of public port in automatic depositing-withdrawing equipment, and then has reached the self-service withdrawal equipment cost consumption of saving
Purpose.
Note, above are only preferred embodiment of the present utility model and institute's application technology principle.Those skilled in the art's meeting
Understand, the utility model is not limited to specific embodiment described here, can carried out for a person skilled in the art various bright
Aobvious change, readjust and substitute without departing from protection domain of the present utility model.Therefore, although pass through above example
The utility model is described in further detail, but the utility model is not limited only to above example, is not departing from
In the case that the utility model is conceived, other more equivalent embodiments can also be included, and scope of the present utility model is by appended
Right determine.
Claims (8)
1. a kind of signal receiving circuit for automatic depositing-withdrawing equipment, it is characterised in that including：Signal control panel, function are pressed
Keypad and safeguard keypad；
The function button plate and described safeguard the public port that keypad passes through the first inserting terminal and the signal control panel
It is connected；The back door switching knob that the signal control panel passes through the external automatic depositing-withdrawing equipment of the second inserting terminal；
Closed when the signal control panel determines that the back door of the automatic depositing-withdrawing equipment is in by the back door switching knob
During state, the public port is controlled to receive the function button signal that the function button plate is produced；Otherwise, control described public
Port receives the maintenance push button signalling for safeguarding keypad generation.
2. the signal receiving circuit according to claim 1 for automatic depositing-withdrawing equipment, it is characterised in that the signal
Control panel includes：Signal master control chip, lock status detection module, safeguard that state detection module and push button signalling receive chip；
The lock status detection module and described one end for safeguarding state detection module respectively by second inserting terminal outside
Connect the back door switching knob of the automatic depositing-withdrawing equipment；The lock status detection module and the state detection module of safeguarding
The other end is connected by the first pin and second pin with the signal master control chip respectively；
The function button plate and described safeguard that keypad is received by first inserting terminal and the push button signalling respectively
The public port of chip is connected；The push button signalling receives chip and is connected by the 3rd pin with the signal master control chip；
When the back door of the automatic depositing-withdrawing equipment is closed by the back door switching knob, the lock shape is triggered
State detection module generates low level lock status signal and sent to the signal master control chip；The signal master control chip passes through
The lock status signal determines that the automatic depositing-withdrawing equipment is in normal mode of operation, and controls the push button signalling to receive core
Piece receives the function button signal that the function button plate is produced；
When the back door of the automatic depositing-withdrawing equipment is in open mode by the back door switching knob, described safeguard is triggered
The maintenance status signal of state detection module generation high level is simultaneously sent to the signal master control chip；The signal master control chip
Safeguard that status signal determines that the automatic depositing-withdrawing equipment is in service mode by described, and control the push button signalling to receive
Chip receives the maintenance push button signalling for safeguarding keypad generation.
3. the signal receiving circuit according to claim 2 for automatic depositing-withdrawing equipment, it is characterised in that the lock shape
State detection module, including：First resistor, second resistance and the first phase inverter；
The first end of the first resistor is connected with external power supply, the second end of the first resistor and the second resistance
First end is connected by second inserting terminal with the first incoming end of power supply on the back door switching knob；Second electricity
Second end of resistance is connected with the signal input part of first phase inverter, the signal output part of first phase inverter and the letter
First pin of number master control chip is connected；
When the back door of the automatic depositing-withdrawing equipment is closed by the back door switching knob, the rear door switch
The switch of power supply is closed to first incoming end on knob, and first phase inverter exports low level by signal output part
Lock status signal, and sent by first pin to the signal master control chip.
4. the signal receiving circuit according to claim 2 for automatic depositing-withdrawing equipment, it is characterised in that the maintenance
State detection module, including：3rd resistor, the 4th resistance and the second phase inverter；
The first end of the 3rd resistor is connected with external power supply, the second end of the 3rd resistor and the 4th resistance
First end is connected by second inserting terminal with the second incoming end of power supply on the back door switching knob；4th electricity
Second end of resistance is connected with the signal input part of second phase inverter, the signal output part of second phase inverter and the letter
The second pin of number master control chip is connected；
When the back door of the automatic depositing-withdrawing equipment is in open mode by the back door switching knob, the rear door switch
The switch of power supply is closed to second incoming end on knob, and second phase inverter exports high level by signal output part
Status signal is safeguarded, and is sent by the second pin to the signal master control chip.
5. the signal receiving circuit according to claim 1 for automatic depositing-withdrawing equipment, it is characterised in that the function
At least one function button is provided with keypad；One end of each function button respectively with one on first inserting terminal
Pin correspondence is connected；The other end of each function button is respectively connected with the rear common pin with first inserting terminal and is connected；
It is described to safeguard that at least one is provided with keypad safeguards button；Respectively safeguard one end of button respectively with first grafting
Pin correspondence on terminal is connected；Respectively safeguard button the other end be respectively connected with it is rear public with first inserting terminal
Pin is connected；
The common pin of first inserting terminal is connected with the public port of the signal control panel.
6. according to any described signal receiving circuits for automatic depositing-withdrawing equipment of claim 1-5, it is characterised in that institute
Stating function button plate includes right side function button plate and left side function button plate；It is described to safeguard that keypad includes right hand service button
Plate and left hand service keypad；
The right side function button plate and the right hand service keypad are controlled by the first right side inserting terminal and the signal
The first public port connection of plate；
The left side function button plate and the left hand service keypad are controlled by the first left side inserting terminal and the signal
The second public port connection of plate.
7. a kind of automatic depositing-withdrawing equipment, including：Industrial computer, it is characterised in that also including as described in claim any one of 1-6
The signal receiving circuit for automatic depositing-withdrawing equipment；The industrial computer connects with the signal for automatic depositing-withdrawing equipment
Circuit is received to be connected；
The function button signal generation function button that the industrial computer is received according to the signal receiving circuit is instructed, and control is automatic
Withdrawal equipment responds the function button and instructs corresponding feature operation；The industrial computer connects according to the signal receiving circuit
Key command is safeguarded in the maintenance push button signalling generation of receipts, controls the automatic depositing-withdrawing equipment response is described to safeguard key command pair
The attended operation answered.
8. automatic depositing-withdrawing equipment according to claim 7, it is characterised in that also include：Preceding display screen and rear display screen；
The preceding display screen and rear display screen respectively with the industry control mechatronics；
When key command is safeguarded in the maintenance push button signalling generation that the industrial computer is received according to the signal receiving circuit, control
Display screen display device is in the prompt message of maintenance state before described, and controls the rear display screen to light screen display device
Current status information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720177119.5U CN206523961U (en) | 2017-02-27 | 2017-02-27 | Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720177119.5U CN206523961U (en) | 2017-02-27 | 2017-02-27 | Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206523961U true CN206523961U (en) | 2017-09-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720177119.5U Expired - Fee Related CN206523961U (en) | 2017-02-27 | 2017-02-27 | Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment |
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| CN (1) | CN206523961U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106781106A (en) * | 2017-02-27 | 2017-05-31 | 深圳怡化电脑股份有限公司 | Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment |
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2017
- 2017-02-27 CN CN201720177119.5U patent/CN206523961U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106781106A (en) * | 2017-02-27 | 2017-05-31 | 深圳怡化电脑股份有限公司 | Signal receiving circuit and automatic depositing-withdrawing equipment for automatic depositing-withdrawing equipment |
| CN106781106B (en) * | 2017-02-27 | 2022-11-01 | 深圳怡化电脑股份有限公司 | Signal receiving circuit for automatic deposit and withdrawal equipment and automatic deposit and withdrawal equipment |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170926 |