CN110230279A - Shops runs intelligent terminal control device - Google Patents
Shops runs intelligent terminal control device Download PDFInfo
- Publication number
- CN110230279A CN110230279A CN201910505749.4A CN201910505749A CN110230279A CN 110230279 A CN110230279 A CN 110230279A CN 201910505749 A CN201910505749 A CN 201910505749A CN 110230279 A CN110230279 A CN 110230279A
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- China
- Prior art keywords
- power supply
- control circuit
- control
- circuit
- input terminal
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
- E01F13/00—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions
- E01F13/04—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01V—GEOPHYSICS; GRAVITATIONAL MEASUREMENTS; DETECTING MASSES OR OBJECTS; TAGS
- G01V8/00—Prospecting or detecting by optical means
- G01V8/10—Detecting, e.g. by using light barriers
- G01V8/20—Detecting, e.g. by using light barriers using multiple transmitters or receivers
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D3/00—Control of position or direction
- G05D3/12—Control of position or direction using feedback
Abstract
Shops runs intelligent terminal control device, including entrance guard device ontology, Switching Power Supply, also there is infrared acquisition mechanism, first control circuit, second control circuit, control switch, entrance guard device ontology support frame is mounted on supermarket check out counters outlet side left part, the cabinet of entrance guard device ontology is mounted on supermarket check out counters outlet side right part, infrared acquisition mechanism has two sets, first set infrared acquisition mechanism is mounted on supermarket check out counters outlet side right part front end, second set of infrared detection agency is mounted on supermarket check out counters outlet side right part rear end, Switching Power Supply, first control circuit, second control circuit is mounted in plastic components box, two control switches are mounted on the upper end of cashier, entrance guard device ontology and Switching Power Supply, infrared acquisition mechanism, first control circuit, second control circuit, control switch is connected through conducting wire.The utility model can prevent customer from entering in supermarket through cash register road junction, and road bar energy automatic lifting reduces manpower operation cost, cashier's operating pressure.
Description
Technical field
The present invention relates to control apparatus field, especially a kind of shops runs intelligent terminal control device.
Background technique
In the mechanisms such as existing supermarket, general modfel is after cashier carries out cash register, and then customer carries commodity after payment
Supermarket is left through the outlet of cashier side.In actual operation, especially flow of the people is big, the supermarket more than customer, since customer is big
Amount concentrates at cashier, and it is more to go out supermarket's flow of the people through cashier, and also some customers are ignorant from should not make originally sometimes
To enter supermarket outside the cashier side road junction of entrance, flow of the people but will be aggravated, can be come in this way to cashier's work belt bigger
Pressure, or even cashier occur and do not charge to some of customers to do shopping because excessively acting hurriedly in a messy situation, to supermarket bring through
Ji loss.Customer is through entering supermarket outside the road junction of cashier side in order to prevent for existing large supermarket, generally in cashier side
Outlet is disposed with concrete management personnel, dredges the personnel for entering supermarket, and the customer to enter in supermarket indicates correct logical
Road thereby reduces the phenomenon that customer enters through cashier outlet in supermarket, while reducing the burden of cashier.On but
State way to manage, since it is desired that professional is managed, human cost can be increased to supermarket's operator, and flow of the people it is more,
When administrative staff are few or management is not in place, the probability that customer enters supermarket through cashier outlet is equally had.
Access control equipment is a kind of widely applied automatic control device, is able to achieve and needs the personnel of area of isolation current or resistance
Open close row.Such as the existing widely used access control equipment of cell, primary structure include the road of decelerating through motor driving mechanism driving
Bar apparatus, the support frame for supporting road bar and control system etc., in use, leading to when resident needs to pass in and out cell through access control equipment
It crosses swiping card or cell entrance guard to control by power switch, to realize that the road bar of bar apparatus rises, resident can pass in and out small
Inside and outside area, after separated in time, outlet is closed as next bit again and lived by the road bar decline of control system control road bar apparatus
The use at family is ready.If but existing access control equipment directly applies to large supermarket etc. and passes in and out as cashier side
Mouthful channel, since disengaging needs that customer swipes the card or administrative staff, customer press power switch, because each customer can not be standby
There is an IC disengaging card, each customer is not the mode of operation that can be familiar with controlling power switch, and setting concrete management personnel are again
The shortcomings that in the presence of supermarket's operator human cost is increased, it is clear that also improper；And existing access control equipment is two-way traffic, such as
Fruit is applied to the control in super market checkout mouth side channel, enters in supermarket outside due to not can effectively prevent customer through checkout aisle,
Therefore do not have use value yet.
Summary of the invention
In order to overcome, existing supermarket passes in and out in Supermarket management customer through cashier and existing access control equipment cannot achieve
The drawbacks of for the control of super market checkout mouth channel, the present invention provides one kind can effectively prevent outside supermarket customer through cash register road junction into
Excess of imports city, after customer purchase payment, the road bar of entrance guard device ontology does not need that customer swipes the card or administrative staff, customer press
Power switch can realize lifting automatically, thus reach and effectively reduce the probability that customer enters through super market checkout mouth in supermarket,
And reduce supermarket's manpower operation cost, and reduce shops's operation intelligent terminal control dress of cashier's operating pressure
It sets.
Present invention technical solution used by its technical problem of determining is:
Shops runs intelligent terminal control device, including entrance guard device ontology and Switching Power Supply, it is characterised in that also has
There are infrared acquisition mechanism, first control circuit, second control circuit, control switch, the support frame lower end four of entrance guard device ontology
It is mounted on supermarket check out counters outlet side left part week, it is right that the cabinet of entrance guard device ontology is mounted on supermarket check out counters outlet side
Portion, infrared acquisition mechanism have two sets, and every infrared detection agency of set includes supporting frame, detection circuit, and detection circuit is mounted on member
In part box, supporting frame includes support plate, support rod, and support rod lower end is installed among support plate upper end, post upper installation
In subassembly wrapper lower end, first set infrared acquisition mechanism is mounted on supermarket check out counters outlet side right part front end, second set of infrared acquisition
Mechanism is mounted on supermarket check out counters outlet side right part rear end, and Switching Power Supply, first control circuit, second control circuit install circuit
On plate, circuit board is mounted in plastic components box, and plastic components box is mounted on lower part in the cabinet of entrance guard device ontology, two controls
System switch is mounted on the upper end of cashier, and the power input both ends and 220V AC power source the two poles of the earth of Switching Power Supply connect through conducting wire respectively
It connects, the detection circuit cathode power supply input terminal of the power output end anode of Switching Power Supply and first set infrared acquisition mechanism, first
Only control power switch one end is connected through conducting wire, the detection circuit anode of first set infrared acquisition mechanism control power input and
The detection circuit anode control power input of second set of infrared detection agency is connected through conducting wire, second set of infrared detection agency
Detection circuit anode controls power output end and connects with first control circuit cathode power supply input end feet through conducting wire, and first set is infrared
The detection circuit cathode power supply output end of detection agency, first control power switch other end and second set of infrared detection agency
Detection circuit cathode power supply input terminal, second control circuit cathode power supply input terminal connected through conducting wire, first set infrared acquisition
The detection circuit trigger signal output end of mechanism is connected with first control circuit trigger signal input terminal through conducting wire, second set infrared
The detection circuit trigger signal output end of detection agency is connected with second control circuit trigger signal input terminal through conducting wire, switch electricity
The negative power supply output end in source and detection circuit negative power supply input terminal, the second set of infrared acquisition of first set infrared acquisition mechanism
Detection circuit negative power supply input terminal, the first control circuit negative power supply input terminal, second control circuit negative power supply of mechanism
Input terminal, second control power switch one end are connected through conducting wire, the power supply output both ends of first control circuit and entrance guard device
The positive and negative polarities power input of ontology 12V DC decelerating through motor driving mechanism is connected through conducting wire respectively, second control circuit
Power supply exports negative and positive the two poles of the earth power input of both ends and entrance guard device ontology 12V DC decelerating through motor driving mechanism respectively through leading
Line connection, second control power switch other end are connected with second control circuit trigger signal input terminal through conducting wire,
The Switching Power Supply is that alternating current 220V turns direct-current switch power supply module.
The detection circuit of first set infrared acquisition mechanism includes optoelectronic switch and relay, and optoelectronic switch is infrared ray
Incude optoelectronic switch, has an aperture in the middle part of subassembly wrapper left-hand end, on circuit boards, circuit board is pacified for optoelectronic switch and relay dress
It in subassembly wrapper, is connected therebetween through circuit board wiring, the detecting head of optoelectronic switch is located at the left outside side of aperture, infrared induction
1 foot of cathode power supply input terminal of optoelectronic switch and second power source for relay control input terminal connection, infrared induction photoelectricity are opened
2 foot of negative power supply input terminal of pass and second relay negative power supply input terminal, first relay negative power supply input terminal
And cathode control power input connection, 3 foot of power output end of optoelectronic switch and two relay cathode power supply input terminals connect
It connects.
The detection circuit of second set of infrared detection agency includes optoelectronic switch and relay, and optoelectronic switch is infrared ray
Incude optoelectronic switch, there is an aperture in the middle part of subassembly wrapper left-hand end, optoelectronic switch and relay are installed on circuit boards, circuit board
It is mounted in subassembly wrapper, is connected therebetween through circuit board wiring, the detecting head of optoelectronic switch is located at the left outside side of aperture, infrared ray sense
Answer 2 foot of negative power supply input terminal and second relay negative power supply input terminal, first relay negative electricity of optoelectronic switch
The connection of source input terminal, 3 foot of power output end of optoelectronic switch and two relay cathode power supply input terminal connections.
The first control circuit includes electrolytic capacitor, time-base integrated circuit, adjustable resistance, ceramic disc capacitor, relay, forever
Long bar magnet and tongue tube, therebetween by circuit board wiring connection, time-base integrated circuit model is NE555, when basis set at electricity
8 foot of cathode power supply input terminal and 4 foot of reset terminal on road are connected with adjustable resistance one end, relay anode control power input,
6 foot of threshold value end and 7 foot of discharge end of time-base integrated circuit are connected with the adjustable resistance other end, electrolytic capacitor anode, when basis set at
3 foot of output end of circuit is connected with relay cathode power supply input terminal, 5 foot of control terminal and first tile of time-base integrated circuit
The connection of capacitor one end, 2 foot of triggering end of time-base integrated circuit and second ceramic disc capacitor one end connection, time-base integrated circuit are born
1 foot of pole power input and first ceramic disc capacitor other end, electrolytic capacitor cathode, relay negative power supply input terminal and cathode
Power input connection is controlled, the one of normally opened contact end of relay is connected with tongue tube one end through conducting wire.
Slowed down with entrance guard device ontology direct current generator is mounted on the lower part of the permanent bar magnet of the first control circuit
The right part upside of driving mechanism power output shaft front end road bar, the upper end of the permanent bar magnet of second control circuit are mounted on
The right part lower side of entrance guard device ontology direct current generator speed reduction driving mechanism for power power output shaft front end road bar, first control circuit and
The tongue tube of second control circuit is separately mounted to left side and interior upside, the metal of first control circuit in two copper cans
Box rear side end is mounted on upper center on front side of the cabinet of entrance guard device ontology, and the can rear side end of second control circuit is mounted on
On front side of the cabinet of entrance guard device ontology in the middle part of left end.
The first control circuit, second control circuit tongue tube be normally closed type contact glass shell tongue tube, first
First tongue tube movable contact of control circuit is vertically positioned at the interior left end of first can, first dry spring of first control circuit
Pipe stationary contact is vertically positioned on the right side of the interior left end of can, and second tongue tube movable contact of second control circuit is positioned horizontally in second
The interior upper end of can, second tongue tube stationary contact of second control circuit are positioned horizontally in the interior upper end of second can
Downside.
The medicine have the advantages that the utility model is in use, when customer is after cashier is paid, from first set infrared acquisition machine
When passing through before the optoelectronic switch of structure, under detection circuit and the first control circuit effect of first set infrared acquisition mechanism, gate inhibition
The 12V DC decelerating through motor driving mechanism meeting automatic traction of device noumenon is mounted on direct current generator speed reduction driving mechanism for power power output
The road bar of axis front end moves to plumbness to upper right side, so that road junction is opened, customer can normally walk out supermarket after payment；Work as Gu
After visitor walks out road junction, when passing through before the optoelectronic switch of second set of infrared detection agency, in the inspection of second set of infrared detection agency
Under slowdown monitoring circuit and second control circuit effect, the 12V DC decelerating through motor driving mechanism of access control equipment ontology can automatic traction peace
End motion is to horizontality to left down for road bar mounted in direct current generator speed reduction driving mechanism for power power output shaft front end, so that road junction is closed
It closes, walks out supermarket for customer after second payment and be ready, meanwhile, it can effectively prevent customer outside supermarket and enter through cash register road junction
In supermarket.The entrance guard device ontology that the utility model is selected, road bar or so length need not be too long, is able to satisfy a people normal through just
It can.The utility model also has control switch, when cashier needs the road junction of emergency cut-off entrance guard device ontology, presses control power supply and opens
Pass achieves that, in this way have customer do not pay after supermarket to be walked out, cashier's discovery can by close road junction reduce it is super
The economic loss of city side.The utility model can effectively prevent customer outside supermarket and enter in supermarket through cash register road junction, after customer purchase payment,
The road bar of entrance guard device ontology does not need that customer swipes the card or administrative staff, customer press power switch, can realize liter automatically
Drop, thus reaches and effectively reduces the probability that customer enters through super market checkout mouth in supermarket, and reduce supermarket's manpower operation
Cost, and reduce the operating pressure of cashier.Based on above-mentioned, so the application prospect that the utility model has had.
Detailed description of the invention
The present invention is described further below in conjunction with drawings and examples.
Fig. 1 is schematic structural view of the invention.
Fig. 2 is circuit diagram of the present invention.
Specific embodiment
Shown in Fig. 1, shops runs intelligent terminal control device, including gate inhibition's dress with road bar apparatus 1, support frame 2
Set ontology and Switching Power Supply 13, road bar apparatus 1 includes 12V DC decelerating through motor driving mechanism 3 and is mounted on direct current generator and subtracts
The road bar 4 of fast driving mechanism power output shaft front end (has inside entrance guard device ontology 12V DC decelerating through motor driving mechanism 3
Electromagnetic brake mechanism, when 12V DC decelerating through motor driving mechanism 3 it is electric while, electromagnetic brake mechanism can obtain electric, 12V DC
The power output shaft energy normal rotation output power of decelerating through motor driving mechanism 3, when 12V DC decelerating through motor driving mechanism 3 is lost
While electric, electromagnetic brake mechanism can power loss, the brake disc of 3 power output shaft of 12V DC decelerating through motor driving mechanism can be electric
The brake block of magnetic brake mechanism is checked at once, and it is dynamic that the power output shaft of 12V DC decelerating through motor driving mechanism 3 no longer rotates output
Power), 12V DC decelerating through motor driving mechanism is mounted on the internal upper part of cabinet 5, mechanism (door of the support frame 2 as support road bar 4
The control system for prohibiting device noumenon does not have to), also there is infrared acquisition mechanism 6-1 and 6-2, the control electricity of first control circuit 7, second
The 2 lower end surrounding of support frame on road 8, control switch 9, entrance guard device ontology is mounted on supermarket check out counters outlet side by expansion bolt
Left part is held, the 5 lower end surrounding of cabinet of entrance guard device ontology is mounted on supermarket check out counters by expansion bolt and exports side right part, red
Outer detection agency has two sets, and every infrared detection agency of set includes supporting frame 10, detection circuit 11, and detection circuit 11 is mounted on member
In part box 12, supporting frame 10 includes support plate 101, support rod 102, and 102 lower end of support rod is welded in 101 upper end of support plate
Between, there is aperture, 102 upper end of support rod has external screw thread, and 102 upper end of support rod passes through two nuts in the middle part of 12 lower end of subassembly wrapper
It is mounted on 12 lower end of subassembly wrapper, 102 upper end of support rod is located in aperture, and a nut is located in subassembly wrapper 12 in the middle part of lower end, separately
One nut is located at 12 middle part outside lower end of subassembly wrapper, 101 surrounding of support plate of first set infrared acquisition mechanism 6-1 supporting frame
Supermarket check out counters outlet side right part front end, the branch of second set infrared detection agency 6-2 supporting frame are mounted on by expansion bolt
101 surrounding of fagging is mounted on supermarket check out counters outlet side right part rear end by expansion bolt, and first set infrared acquisition mechanism 6-1
In 5 front end of cabinet of entrance guard device ontology close to 1.5 meters of left-right positions of cashier, second set of infrared detection agency is located at gate inhibition's dress
Set 5 1.5 meters of left-right positions of rear end interval cabinet of cabinet of ontology, Switching Power Supply 13, first control circuit 7, second control circuit 8
In mounting circuit boards, circuit board is mounted in plastic components box 14, and 14 outer end lower part surrounding of plastic components box passes through bolt and nut
It is mounted on lower part in the cabinet 5 of entrance guard device ontology, (two control switches 9 use the same key to two control switches 9, press
The inner contact of key towards two control switches 9 after front opening is closed at, the inside of two control switches 9 after key is closed backwards
Open a way simultaneously contact) it is conducive to the position of cashier's operation by the upper end that bolt and nut is mounted on cashier.
Shown in Fig. 1, the optoelectronic switch detecting head of first set infrared acquisition mechanism 6-1 is located at 12 aperture left-external side of subassembly wrapper
End.The optoelectronic switch detecting head of detection agency 6-2 second set infrared is located at the left outside side of 12 aperture of subassembly wrapper.First control circuit
Permanent bar magnet 7-1 lower part glue sticking before entrance guard device ontology direct current generator speed reduction driving mechanism for power power output shaft
The right part upside of road bar 4 is held, the upper end glue sticking of the permanent bar magnet 8-1 of second control circuit is in entrance guard device ontology
The right part lower side of direct current generator speed reduction driving mechanism for power power output shaft front end road bar 4, first control circuit and the second control electricity
The tongue tube 7-2 and 8-2 on road use glue sticking left side and interior upside in two copper cans 7-3 and 8-3, the first control respectively
The can 7-3 rear side end of circuit is mounted on the 5 front side upper center of cabinet of entrance guard device ontology, the second control by bolt and nut
The can 8-3 rear side end of circuit processed is mounted in the middle part of the 5 front side left end of cabinet of entrance guard device ontology by bolt and nut.First
Control circuit 7, second control circuit 8 tongue tube 7-2 and 8-2 be normally closed type contact glass shell tongue tube, the first control electricity
First, road tongue tube 7-2 movable contact is vertically positioned at the interior left end of first can 7-3, first dry spring of first control circuit
Pipe 7-2 stationary contact is vertically positioned on the right side of the interior left end of can 7-3, second tongue tube 8-2 movable contact water of second control circuit
Prosposition is positioned horizontally in second in the interior upper end of second can 8-3, second tongue tube 8-2 stationary contact of second control circuit
On the downside of the interior upper end of can 8-3, before entrance guard device ontology direct current generator speed reduction driving mechanism for power power output shaft in work
When road bar 4 being held from top to bottom to be in plumbness, the right end of the right part upside bar permanent magnet 7-1 of road bar 4 is located just at
On the left of first can 7-3 of cabinet front side upper center (under actual conditions, the right end of bar permanent magnet 7-1 and first
2.5 centimetres of interval on the left of can 7-3, but bar permanent magnet 7-1 long width is at 3 centimetres or so, so bar shaped is permanent
The magnetic big magnetic action power of magnet 7-1 can act on tongue tube 7-2), first tongue tube of left end in first can 7-3
7-2 movable contact and stationary contact disconnect under first bar permanent magnet 7-1 magnetic action power, when entrance guard device ontology in work
Direct current generator speed reduction driving mechanism for power power output shaft front end road bar 4 from left to right laterally when in a horizontal state, the right part of road bar 4
The lower end of lower side bar permanent magnet 8-1 is located just on front side of cabinet (practical on the upside of second can 8-3 in the middle part of left end
In the case of, 2.5 centimetres of the lower end of bar permanent magnet 8-1 and second upside can 8-3 interval, but bar permanent magnet
8-1 long width is at 3 centimetres or so, so the magnetic big magnetic action power of bar permanent magnet 8-1 can act on tongue tube 8-2,
For gauge from being when mainly facilitating subsequent road bar 4 by the horizontal rotation to plumbness, second upside can 8-3 will not be to road bar
4 movement causes to hinder), the second tongue tube 8-2 movable contact and stationary contact of upper end are at second in second can 8-3
It is disconnected under bar permanent magnet 8-1 magnetic action power.
Shown in Fig. 2, Switching Power Supply U1 is that the alternating current 220V of bright latitude brand turns direct current 12V switch power module finished product, defeated
Power is 1KW out, and there are two power input 1 and 2 feet and two power output ends 3 and 4 feet for tool.First set infrared acquisition machine
The detection circuit of structure includes optoelectronic switch U2 and relay K1, K2, and optoelectronic switch U2 is brand Shanghai work M18, model E3F-
The infrared induction optoelectronic switch finished product of DS30C4, there are two power input terminals for infrared induction optoelectronic switch finished product U2 tool
1 and 2 feet, 3 foot of high level output terminals, operating voltage are direct current 12V, infrared induction optoelectronic switch finished product U2 shell
Front itself has integrated infrared emission and receives photoelectric tube detecting head, and detecting head can detect the article within 70cm distance,
When there is article blocking in the positive front end of detecting head, 3 foot of high level output terminals can export high level, have one in the middle part of subassembly wrapper left-hand end
On circuit boards, circuit board is mounted in subassembly wrapper, therebetween through circuit for a aperture, optoelectronic switch U2 and relay K1, K2 installation
Plate wiring connection, the detecting head of optoelectronic switch U2 are located at the left outside side of aperture, the anode of infrared induction optoelectronic switch finished product U2
1 foot of power input and second relay K2 control power input connection, infrared induction optoelectronic switch finished product U2's is negative
2 foot of pole power input and second relay K2 negative power supply input terminal, first relay K1 negative power supply input terminal and
Cathode controls power input connection, 3 foot of power output end of optoelectronic switch U2 and two relay K1, K2 cathode power supply inputs
End connection.The detection circuit of second set of infrared detection agency includes optoelectronic switch U3 and relay K4, K5, and optoelectronic switch U3 is product
There is an aperture at the infrared induction optoelectronic switch finished product of board Shanghai work M18, model E3F-DS30C4, subassembly wrapper left-hand end middle part,
On circuit boards, circuit board is mounted in subassembly wrapper, is connected therebetween through circuit board wiring for optoelectronic switch U3 and relay K4, K5 installation
It connects, the detecting head of optoelectronic switch U3 is located at the left outside side of aperture, the negative power supply input of infrared induction optoelectronic switch finished product U3
Hold 2 feet and second relay K5 negative power supply input terminal, first relay K4 negative power supply input terminal connection, optoelectronic switch
3 foot of power output end of U3 and two relay K4 and K5 cathode power supply input terminal connections.First control circuit includes electrolysis electricity
Hold C1, time-base integrated circuit U4, adjustable resistance RP, ceramic disc capacitor C2 and C3, relay K3, permanent bar magnet CT1 and dry spring
Pipe GH1 is connected by circuit board wiring therebetween, and time-base integrated circuit U4 model is NE555, the anode electricity of time-base integrated circuit U4
8 foot of source input terminal and 4 foot of reset terminal are connected with the one end adjustable resistance RP, relay K3 anode control power input, when basis set
Connected at 6 foot of threshold value end and 7 foot of discharge end of circuit U 4 with the adjustable resistance RP other end, electrolytic capacitor C1 anode, when basis set at
3 foot of output end of circuit U 4 is connected with relay K3 cathode power supply input terminal, 5 foot of control terminal of time-base integrated circuit U4 and first
The connection of one end ceramic disc capacitor C2,2 foot of triggering end of time-base integrated circuit U4 and second one end ceramic disc capacitor C3 connection, Shi Ji
1 foot of negative power supply input terminal of integrated circuit U4 and first ceramic disc capacitor C2 other end, electrolytic capacitor C1 cathode, relay K3
Negative power supply input terminal and cathode control power input connection, the one of normally opened contact end relay K3 and tongue tube GH1
One end is connected through conducting wire.Second control circuit includes electrolytic capacitor C4, time-base integrated circuit U5, adjustable resistance RP1, ceramic disc capacitor
C5 and C6, relay K6, permanent bar magnet CT2 and tongue tube GH2, therebetween by circuit board wiring connect, when basis set at electricity
Road U5 model is NE555,8 foot of cathode power supply input terminal and 4 foot of reset terminal and adjustable resistance RP1 mono- of time-base integrated circuit U5
End, the control power input connection of relay K6 anode, 6 foot of threshold value end and 7 foot of discharge end of time-base integrated circuit U5 and adjustable
The resistance RP1 other end, the connection of electrolytic capacitor C4 anode, 3 foot of output end and relay K6 cathode power supply of time-base integrated circuit U5
Input terminal connection, 5 foot of control terminal of time-base integrated circuit U5 and first one end ceramic disc capacitor C6 connection, time-base integrated circuit U5
2 foot of triggering end and the connection of second one end ceramic disc capacitor C5,1 foot of negative power supply input terminal of time-base integrated circuit U5 and first
The ceramic disc capacitor C6 other end, electrolytic capacitor C4 cathode, relay K6 negative power supply input terminal and cathode control power input
Connection, the one of normally opened contact end relay K6 is connected with the one end tongue tube GH2 through conducting wire.The tongue tube of first control circuit
GH1, second control circuit tongue tube GH2 be normally closed type contact glass shell tongue tube.
Shown in Fig. 2, the power input both ends 1 of Switching Power Supply U1 and 2 feet are connected with 220V AC power source the two poles of the earth through conducting wire,
The detection circuit cathode power supply input terminal photoelectricity of the power output end of Switching Power Supply U1 positive 3 feet and first set infrared acquisition mechanism
1 foot of switch U2, first one end control power switch SK are connected through conducting wire, and the detection circuit of first set infrared acquisition mechanism is just
Pole controls the detection circuit anode control of power input relay K2 control power input and second set of infrared detection agency
Power input relay K5 control power input is connected through conducting wire, the detection circuit anode control of second set of infrared detection agency
8 feet at power output end relay K5 normally-closed contact end processed and first control circuit cathode power supply input terminal time-base integrated circuit U4
It is connected through conducting wire, the detection circuit cathode power supply output end relay K2 normally-closed contact end of first set infrared acquisition mechanism, first
Only control the detection circuit cathode power supply input terminal optoelectronic switch U3 of the power switch SK other end and second set of infrared detection agency
1 foot, second control circuit cathode power supply input terminal time-base integrated circuit U5 8 feet connected through conducting wire, first set infrared acquisition
The detection circuit trigger signal output end relay K1 normally opened contact end of mechanism and first control circuit trigger signal input terminal porcelain
The chip capacitor C3 other end is connected through conducting wire, and the detection circuit trigger signal output end relay K4 of second set of infrared detection agency is normal
It opens tip side and is connected with the second control circuit trigger signal input terminal ceramic disc capacitor C5 other end through conducting wire, Switching Power Supply U1's is negative
2 feet of the detection circuit negative power supply input terminal optoelectronic switch U2 of 4 foot of pole power output end and first set infrared acquisition machine, second
Cover 2 feet, the input of first control circuit negative power supply of the detection circuit negative power supply input terminal optoelectronic switch U3 of infrared explorer
Hold 1 foot of time-base integrated circuit U4,1 foot of second control circuit negative power supply input terminal time-base integrated circuit U5, second control
The one end power switch SK1 processed is connected through conducting wire, another normally opened contact end power supply output both ends relay K3 of first control circuit,
The positive and negative polarities power input of the tongue tube GH1 other end and entrance guard device ontology 12V DC decelerating through motor driving mechanism M difference
Connected through conducting wire, another normally opened contact end the power supply of second control circuit output both ends relay K6, the tongue tube GH2 other end and
Negative and positive the two poles of the earth power input of entrance guard device ontology 12V DC decelerating through motor driving mechanism is connected through conducting wire respectively, and second
It controls the power switch SK1 other end and connects with the second control circuit trigger signal input terminal ceramic disc capacitor C5 other end through conducting wire
It connects.
Fig. 1, shown in 2, behind the power input both ends 1 of 220V AC power source access switch power supply U1 and 2 feet, Switching Power Supply
3 feet of U1 can export stable 12V DC cathode power supply enter first set infrared acquisition mechanism detection circuit cathode power supply it is defeated
Enter end, control one end power switch SK, then, the detection circuit cathode power supply input terminal of first set infrared acquisition mechanism, control
The one end power switch SK is in obtain electricity condition.The detection circuit of first set infrared acquisition mechanism, second set of infrared detection agency
In detection circuit, first control circuit and entrance guard device ontology 12V DC decelerating through motor driving mechanism: when shopper is in cashier
It after payment, walks outward from cashier, customer is walked about forward after 1.5 meters or so, can first pass through first set infrared acquisition mechanism
Optoelectronic switch U2 before, due to the infrared light that human body temporary interruption optoelectronic switch U2 detecting head issues, optoelectronic switch U2 exists
Its lower 3 foot of internal circuit effect can export high level and enter relay K1, K2 cathode power supply input terminal, and then relay K1 is obtained
Electricity is attracted it and controls power input and normally opened contact end closure, and relay K2, which is obtained, electric to be attracted it and control power input and normally closed
Tip side disconnects, due to detection circuit, the second control circuit at relay K2 normally-closed contact end and second set of infrared detection agency
Cathode power supply input terminal is connected through conducting wire, so this moment, the detection circuit of second set of infrared detection agency, second control circuit meeting
In power failure state；Since relay K2 controls power input (communicating at this time with 3 feet of Switching Power Supply U1) and relay K5
Control power input connection, relay K5 normally-closed contact end connects with first control circuit cathode power supply input terminal, this moment after
Its control power input of electric appliance K5 power loss is connected to normally-closed contact end, so at this point, first control circuit can work once electrified；The
After one control circuit work once electrified, since relay K1 obtains its control power input of electric actuation this moment and normally opened contact end is closed
It closes, 4 feet of relay K1 control power input and Switching Power Supply U1 communicate, relay K1 normally opened contact end and ceramic disc capacitor C3
Other end connection, so at this point, low level can be coupled into the trigger signal input of time-base integrated circuit U4 through ceramic disc capacitor C3
After holding 2 feet, 2 foot of triggering end of time-base integrated circuit U4 to be triggered, by time-base integrated circuit U4 and its peripheral cell adjustable resistance
The monostable flipflop that RP, electrolytic capacitor C1, ceramic disc capacitor C2 are formed switchs to temporary stable state, the 3 feet output 6 of time-base integrated circuit U4
Second high level, after 6 seconds, monostable flipflop is returned to stable state, and 3 feet of time-base integrated circuit U4 stop the high electricity of output
It is flat；When 3 feet of time-base integrated circuit U4 export 6 seconds high level, high level enters relay K3 cathode power supply input terminal, in
It is that relay K3 obtains two control power input (communicating respectively with 3 and 4 feet of Switching Power Supply U1 at this time) and two of electric actuation
A normally opened contact end is respectively closed 6 seconds；Due to another normally opened contact end relay K3, the tongue tube GH1 other end and gate inhibition's dress
It sets ontology 12V DC decelerating through motor driving mechanism M positive and negative polarities power input to be separately connected, so direct current generator deceleration
Mechanism M meeting work once electrified, under the effect of direct current generator speed reduction driving mechanism for power M internal mechanism, direct current generator speed reduction driving mechanism for power M is dynamic
Power output shaft drives the road bar 4 of its front end to move right 6 seconds upwards, when blocking the way bar 4 is from top to bottom in plumbness, this
It carves, the right part (now at right part) of the right part upside bar permanent magnet CT1 of road bar 4 is located just on front side of cabinet in upper end
On the left of first can 7-3 in portion, the first tongue tube GH1 movable contact and stationary contact of left end are the in first can
It is disconnected under one bar permanent magnet CT1 active force, due to the tongue tube GH1 other end and entrance guard device ontology 12V DC motor
Speed reduction driving mechanism for power M negative power supply input terminal is connected through conducting wire, so direct current generator speed reduction driving mechanism for power M can power loss stopping at this time
Work, road bar 4 also no longer moves simultaneously, and the road bar 4 of entrance guard device ontology is shown in a fully open operation, and shopper can be through entrance guard device
Ontology is walked out outside supermarket, after 6 seconds, the 3 feet no longer out-put supply of time-base integrated circuit U4.In actual conditions, direct current generator subtracts
After fast driving mechanism M power output shaft drives the road bar 4 of its front end to move right 5 seconds or so upwards, road bar 4 is in standard-sized sheet shape
State, customer can walk out road junction at this time.
Fig. 1, shown in 2, the detection electricity of the detection circuit of first set infrared acquisition mechanism, second set of infrared detection agency
In road, first control circuit, first control circuit and entrance guard device ontology 12V DC decelerating through motor driving mechanism: working as shopper
It after cashier payment, walks outward from cashier, after road bar 4 is opened, since human body no longer blocks optoelectronic switch U2 to emit
Infrared light out, then 3 feet of optoelectronic switch U2 no longer export high level, then, relay K1 power loss is no longer attracted its control
Power input and normally opened contact processed end disconnects, the triggering end ceramic disc capacitor C3 other end of first control circuit is no longer fed with touching
Energy source, relay K2 power loss is no longer attracted it and controls power input and normally-closed contact end closure, since relay K2 is normally closed
The detection circuit and the connection of second control circuit cathode power supply input terminal of tip side and second set of infrared detection agency, so, this
The detection circuit and second control circuit for carving second set of infrared detection agency can be in obtain electricity condition；When customer continues to walk about forward
After 1.5 meters or so, before optoelectronic switch U3 being passed through, due to the infrared light of human body temporary interruption optoelectronic switch U3 detecting head sending
Line, its 3 foot can export high level and enters the input of relay K4, K5 cathode power supply optoelectronic switch U3 under circuit function inside it
End, then relay K4 obtains its control power input of electric actuation and normally opened contact end closure, and relay K5 obtains its control of electric actuation
Power input and normally-closed contact processed end disconnects, since relay K5 normally-closed contact end and first control circuit cathode power supply input
End is connected through conducting wire, so at this point, first control circuit can stop working；After second control circuit work once electrified, due to this moment
Relay K4 obtains electric actuation, and it controls power input and normally opened contact end closure, and relay K4 controls power input and switch
4 feet of power supply U1 communicate, and relay K4 normally opened contact end is connected with the ceramic disc capacitor C5 other end, so at this point, low level can be through
Ceramic disc capacitor C5 is coupled into 2 foot of trigger signal input terminal of time-base integrated circuit U5,2 foot of triggering end of time-base integrated circuit U5
After being triggered, it is made of time-base integrated circuit U5 and its peripheral cell adjustable resistance RP1, electrolytic capacitor C4, ceramic disc capacitor C6
Monostable flipflop switchs to temporary stable state, and 3 feet of time-base integrated circuit U5 export 6 seconds high level, after 6 seconds, monostable trigger
Device is returned to stable state, and 3 feet of time-base integrated circuit U5 stop output high level；It is exported 6 seconds in 3 feet of time-base integrated circuit U5
When clock high level, high level enters relay K6 cathode power supply input terminal, and then, relay K6 obtains two control electricity of electric actuation
Source input terminal (communicating respectively with 3 and 4 feet of Switching Power Supply U1 at this time) and two normally opened contact ends are respectively closed 6 seconds；Due to,
Another normally opened contact end relay K6, the tongue tube GH2 other end and entrance guard device ontology 12V DC decelerating through motor driving mechanism M
Negative and positive the two poles of the earth power input is separately connected, so direct current generator speed reduction driving mechanism for power M meeting work once electrified, slows down in direct current generator
Under the effect of driving mechanism M internal mechanism, direct current generator speed reduction driving mechanism for power M power output shaft drives the road bar 4 of its front end downward
It moves downward, when direct current generator speed reduction driving mechanism for power M power output shaft drives road bar 4 to be laterally in horizontality from left to right
When, the lower part of the right part lower side bar permanent magnet CT2 of road bar 4 is located just at second metal on front side of cabinet in the middle part of left end
On the upside of box 8-3, in second can 8-3 the second tongue tube GH2 movable contact and stationary contact of upper end second bar shaped forever
Long magnet CT2 effect is lower to be disconnected, since another normally opened contact end relay K6, the tongue tube GH2 other end and direct current generator subtract
Negative and positive the two poles of the earth power input of fast driving mechanism M is connected through conducting wire respectively, so direct current generator speed reduction driving mechanism for power M meeting at this time
It stops working while road bar 4 also no longer moves, the road bar 4 of entrance guard device ontology is in lateral closed state, prevents supermarket's outsourcing
Object person enters in supermarket through entrance guard device ontology, after 6 seconds, the 3 feet no longer out-put supply of time-base integrated circuit U5.Actual conditions
In, after direct current generator speed reduction driving mechanism for power M power output shaft drives the road bar 4 of its front end to move downward 5 seconds or so to the left, road
Bar 4 is in lateral closed state, and customer cannot be using entering in supermarket outside road junction.Under actual conditions, if previous position customer
It just walks out entrance guard device ontology not reaching at optoelectronic switch U3 also, and there is second customer to go near optoelectronic switch U2, after
Although electric K1, K2 obtain electric actuation, tongue tube GH1 inner contact is in open-circuit condition this moment, so, direct current generator retardation gear
Motivation structure M will not work once electrified, road bar 4 continues to open, and latter position customer can continue to walk out outside supermarket；If previous position customer is rigid
It walks out entrance guard device ontology to reach at optoelectronic switch U3, relay K4, K5 obtain electric actuation, direct current generator speed reduction driving mechanism for power M
During driving road bar 4 to move downward downwards, and there is second customer to go near optoelectronic switch U2, due to relay K1, K2
Electric actuation can be obtained, in this way because of the detection circuit and the second control at the normally-closed contact end of relay K2 and second set of infrared detection agency
Circuit anode power input connection processed, after relay K2 obtains its control power input of electric actuation and the disconnection of normally-closed contact end,
Second control circuit, second set of infrared detection agency detection circuit will power loss no longer work, meanwhile, because of the first control electricity
Road, first set infrared acquisition mechanism detection circuit this moment can in obtain electricity condition, then, direct current generator speed reduction driving mechanism for power M
The road bar 4 that power output shaft will drive its front end again moves right 5 seconds or so upwards, so that road bar 4 keeps standard-sized sheet shape
State facilitates customer in supermarket to continue to walk out outside supermarket.In the utility model, after road bar 4 is closed, if there is customer wants through access control equipment sheet
When entering in supermarket in vitro, after customer has been entered into outside supermarket near from optoelectronic switch U3, since relay K4, K5 can obtain electric suction
It closes, direct current generator speed reduction driving mechanism for power M will drive bar 4 and move downward closing (tongue tube GH2 this moment under actual conditions downwards
Inner contact open circuit, road bar 4 are in lateral closed state), therefore customer originally can not enter into supermarket in vitro through access control equipment.It is logical
To cross above-mentioned, the utility model can effectively prevent customer outside supermarket and enter in supermarket through cash register road junction, after customer purchase payment, entrance guard device
The road bar of ontology does not need that customer swipes the card or administrative staff, customer press power switch, can realize lifting automatically, thus reach
To the probability for customer being effectively reduced through super market checkout mouth and being entered in supermarket, and reduce supermarket's manpower operation cost, and
Reduce the operating pressure of cashier.
Fig. 1, shown in 2, the utility model also has control switch SK, SK1, when cashier needs emergency cut-off entrance guard device sheet
The road junction of body can reduce supermarket side by closing road junction after walking out supermarket, cashier's discovery than not paying if any customer
Economic loss.After cashier presses control power switch (control switch) SK and SK1, in control power switch SK and SK1
Two contacts can be closed, due to controlling the detection circuit anode electricity of the power switch SK other end and second set of infrared detection agency
1 foot, the second control circuit cathode power supply input terminal of source input terminal optoelectronic switch U3 is connected through conducting wire, controls power switch SK1
One end is connected with 4 feet of Switching Power Supply U1, so the work once electrified of second control circuit meeting this moment, due to time-base integrated circuit U5
2 foot of trigger signal end through ceramic disc capacitor C5 with control the power switch SK1 other end connect, so time-base integrated circuit U5 at this time
Trigger signal input terminal can be entered low level trigger signal；Supermarket is walked out by control mode before optoelectronic switch U3 with customer
Unanimously, after second control circuit work once electrified, 3 feet of time-base integrated circuit U5 can export 6 seconds high level, monostable after 6 seconds
State trigger is returned to stable state, and 3 feet of time-base integrated circuit U5 stop output high level, and relay K6, which is obtained, electric is attracted two
Control power input and two normally opened contact ends are respectively closed 6 seconds；Direct current generator deceleration mechanism M meeting work once electrified, straight
It flows under the effect of motor decelerating mechanism M internal mechanism, direct current generator speed reduction driving mechanism for power M power output shaft drives the road bar of its front end
4 move downward downwards, when 3 power output shaft of entrance guard device ontology direct current generator speed reduction driving mechanism for power drives road bar 4 from left to right
When being laterally in plumbness, the lower part of the bottom right side bar permanent magnet CT2 of road bar 4 is located just on front side of cabinet in left end
On the upside of second can 8-3 in portion, direct current generator speed reduction driving mechanism for power M can stop working, road bar 4 also no longer moves simultaneously,
The road bar 4 of entrance guard device ontology is in lateral closed state, prevents shopper from walking out in supermarket through entrance guard device ontology, and 6 seconds
Afterwards, the 3 feet no longer out-put supply of time-base integrated circuit U5.In this way, by above-mentioned, cashier can as needed at any time manually at any time
Close road bar 4, prevent the economic loss of supermarket, when the utility model needs to restore normal pass, cashier by two control switch SK,
SK1 closing can.
Fig. 2, relay K1, K2, K4, K5 are the happy DC12V miniature relays of brand pine；Adjustable resistance RP, RP1 specification is
1.5M；(adjusting at 1.2M left-right position)；Electrolytic capacitor C1, C4 model is 4.7 μ F/25V；Ceramic disc capacitor C2, C3, C5, C6
Specification is 0.01 μ F；Relay K3, K6 are the happy DC12V miniature relays of brand pine, tool there are two power input, two often
Open tip side, two normally-closed contact ends, two control power inputs.Tongue tube GH1, GH2 are high-power normally-closed contact formula, glass
Glass shell tongue tube, brand are that cloud is opened, model is GPS-23.Two control switches SK, SK1 are that the self-locking power supply of general point dynamic formula is opened
It closes.
Basic principles and main features and advantages of the present invention of the invention have been shown and described above, for this field skill
For art personnel, it is clear that the present invention is limited to the details of above-mentioned exemplary embodiment, and without departing substantially from spirit or base of the invention
In the case where eigen, the present invention can be realized in other specific forms.It therefore, in all respects, should all be by reality
Apply example and regard exemplary as, and be non-limiting, the scope of the present invention by appended claims rather than above description
It limits, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention.
Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (7)
1. shops runs intelligent terminal control device, including entrance guard device ontology and Switching Power Supply, it is characterised in that also have
Infrared acquisition mechanism, first control circuit, second control circuit, control switch, the support frame lower end surrounding of entrance guard device ontology
It is mounted on supermarket check out counters outlet side left part, the cabinet of entrance guard device ontology is mounted on supermarket check out counters outlet side right part,
Infrared acquisition mechanism has two sets, and every infrared detection agency of set includes supporting frame, detection circuit, and detection circuit is mounted on subassembly wrapper
Interior, supporting frame includes support plate, support rod, and support rod lower end is installed among support plate upper end, and post upper is mounted on member
Part box lower end, first set infrared acquisition mechanism are mounted on supermarket check out counters outlet side right part front end, second set of infrared detection agency
It is mounted on supermarket check out counters outlet side right part rear end, Switching Power Supply, first control circuit, second control circuit mounting circuit boards
On, circuit board is mounted in plastic components box, and plastic components box is mounted on lower part in the cabinet of entrance guard device ontology, two controls
Switch is mounted on the upper end of cashier, and the power input both ends and 220V AC power source the two poles of the earth of Switching Power Supply connect through conducting wire respectively
It connects, the detection circuit cathode power supply input terminal of the power output end anode of Switching Power Supply and first set infrared acquisition mechanism, first
Only control power switch one end is connected through conducting wire, the detection circuit anode of first set infrared acquisition mechanism control power input and
The detection circuit anode control power input of second set of infrared detection agency is connected through conducting wire, second set of infrared detection agency
Detection circuit anode controls power output end and connects with first control circuit cathode power supply input end feet through conducting wire, and first set is infrared
The detection circuit cathode power supply output end of detection agency, first control power switch other end and second set of infrared detection agency
Detection circuit cathode power supply input terminal, second control circuit cathode power supply input terminal connected through conducting wire, first set infrared acquisition
The detection circuit trigger signal output end of mechanism is connected with first control circuit trigger signal input terminal through conducting wire, second set infrared
The detection circuit trigger signal output end of detection agency is connected with second control circuit trigger signal input terminal through conducting wire, switch electricity
The negative power supply output end in source and detection circuit negative power supply input terminal, the second set of infrared acquisition of first set infrared acquisition mechanism
Detection circuit negative power supply input terminal, the first control circuit negative power supply input terminal, second control circuit negative power supply of mechanism
Input terminal, second control power switch one end are connected through conducting wire, the power supply output both ends of first control circuit and entrance guard device
The positive and negative polarities power input of ontology 12V DC decelerating through motor driving mechanism is connected through conducting wire respectively, second control circuit
Power supply exports negative and positive the two poles of the earth power input of both ends and entrance guard device ontology 12V DC decelerating through motor driving mechanism respectively through leading
Line connection, second control power switch other end are connected with second control circuit trigger signal input terminal through conducting wire.
2. shops according to claim 1 runs intelligent terminal control device, it is characterised in that Switching Power Supply is exchange
220V turns direct-current switch power supply module.
3. shops according to claim 1 runs intelligent terminal control device, it is characterised in that first set infrared acquisition machine
The detection circuit of structure includes optoelectronic switch and relay, and optoelectronic switch is infrared induction optoelectronic switch, in subassembly wrapper left-hand end
There is an aperture in portion, and on circuit boards, circuit board is mounted in subassembly wrapper, therebetween through circuit board cloth for optoelectronic switch and relay dress
Line connection, the detecting head of optoelectronic switch are located at the left outside side of aperture, 1 foot of cathode power supply input terminal of infrared induction optoelectronic switch
It is connected with second power source for relay control input terminal, 2 foot of negative power supply input terminal of infrared induction optoelectronic switch and second
Relay negative power supply input terminal, first relay negative power supply input terminal and cathode control power input connection, light
3 foot of power output end of electric switch and two relay cathode power supply input terminal connections.
4. shops according to claim 1 runs intelligent terminal control device, it is characterised in that second set of infrared explorer
The detection circuit of structure includes optoelectronic switch and relay, and optoelectronic switch is infrared induction optoelectronic switch, in subassembly wrapper left-hand end
There is an aperture in portion, and on circuit boards, circuit board is mounted in subassembly wrapper, therebetween through circuit board for optoelectronic switch and relay installation
Wiring connection, the detecting head of optoelectronic switch are located at the left outside side of aperture, the negative power supply input terminal 2 of infrared induction optoelectronic switch
Foot and second relay negative power supply input terminal, first relay negative power supply input terminal connection, the power supply of optoelectronic switch
3 foot of output end and two relay cathode power supply input terminal connections.
5. shops according to claim 1 runs intelligent terminal control device, it is characterised in that first control circuit includes
Electrolytic capacitor, time-base integrated circuit, adjustable resistance, ceramic disc capacitor, relay, permanent bar magnet and tongue tube, pass through therebetween
Circuit board wiring connection, time-base integrated circuit model is NE555,8 foot of cathode power supply input terminal of time-base integrated circuit and reset
It holds 4 feet and adjustable resistance one end, relay anode control power input to connect, 6 foot of threshold value end of time-base integrated circuit and puts
Electric 7 foot of end is connected with the adjustable resistance other end, electrolytic capacitor anode, 3 foot of output end and the relay anode of time-base integrated circuit
Power input connection, 5 foot of control terminal of time-base integrated circuit and first ceramic disc capacitor one end connection, time-base integrated circuit
2 foot of triggering end and second ceramic disc capacitor one end connection, 1 foot of negative power supply input terminal and first tile of time-base integrated circuit
The capacitor other end, electrolytic capacitor cathode, relay negative power supply input terminal and cathode control power input connection, relay its
In a normally opened contact end connected with tongue tube one end through conducting wire.
6. shops according to claim 5 runs intelligent terminal control device, it is characterised in that first control circuit is forever
The lower part of long bar magnet, which is used, is mounted on entrance guard device ontology direct current generator speed reduction driving mechanism for power power output shaft front end road bar
Right part upside, the upper end of the permanent bar magnet of second control circuit are mounted on entrance guard device ontology direct current generator deceleration
The tongue tube of the right part lower side of mechanism power output shaft front end road bar, first control circuit and second control circuit is installed respectively
Left side and interior upside, the can rear side end of first control circuit are mounted on entrance guard device ontology in two copper cans
Upper center on front side of cabinet, the can rear side end of second control circuit are mounted on front side of the cabinet of entrance guard device ontology in left end
Portion.
7. shops according to claim 1 runs intelligent terminal control device, it is characterised in that first control circuit, second
The tongue tube of control circuit is normally closed type contact glass shell tongue tube, and first tongue tube movable contact of first control circuit is vertical
Positioned at the interior left end of first can, first tongue tube stationary contact of first control circuit is vertically positioned at the interior left end of can
Right side, second tongue tube movable contact of second control circuit are positioned horizontally in the interior upper end of second can, second control circuit
Second tongue tube stationary contact be positioned horizontally on the downside of the interior upper end of second can.
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Effective date of registration: 20220607 Address after: 230031 b-1015, Woye Garden commercial office building, 81 Ganquan Road, Shushan District, Hefei City, Anhui Province Patentee after: HEFEI MINGLONG ELECTRONIC TECHNOLOGY Co.,Ltd. Address before: 238000 Chaohu college, No.1 Bantang Road, Juchao District, Chaohu City, Hefei City, Anhui Province Patentee before: CHAOHU University Effective date of registration: 20220607 Address after: 276300 106, 1st floor, Tiancheng international building, 180m east of the intersection of Aucma Avenue and Kaiyuan Road, Yinan County Economic Development Zone, Linyi City, Shandong Province Patentee after: Linyi yutie Information Technology Co.,Ltd. Address before: 230031 b-1015, Woye Garden commercial office building, 81 Ganquan Road, Shushan District, Hefei City, Anhui Province Patentee before: HEFEI MINGLONG ELECTRONIC TECHNOLOGY Co.,Ltd. |
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