CN107089568B - Comprehensive intelligent control system of express mail home special elevator - Google Patents
Comprehensive intelligent control system of express mail home special elevator Download PDFInfo
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- CN107089568B CN107089568B CN201710410400.3A CN201710410400A CN107089568B CN 107089568 B CN107089568 B CN 107089568B CN 201710410400 A CN201710410400 A CN 201710410400A CN 107089568 B CN107089568 B CN 107089568B
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- electric door
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- processing module
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/02—Control systems without regulation, i.e. without retroactive action
- B66B1/06—Control systems without regulation, i.e. without retroactive action electric
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
- B66B1/3415—Control system configuration and the data transmission or communication within the control system
- B66B1/3423—Control system configuration, i.e. lay-out
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B13/00—Doors, gates, or other apparatus controlling access to, or exit from, cages or lift well landings
- B66B13/02—Door or gate operation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B2201/00—Aspects of control systems of elevators
- B66B2201/30—Details of the elevator system configuration
Abstract
The invention relates to a comprehensive intelligent control system of a express mail home special elevator. The control system is characterized by comprising sensors arranged at corresponding positions on the lifting basket and the home mailbox, a central processing module, an information input unit, a wireless communication receiving and transmitting unit, an information storage unit, a control unit, a motor driving unit, a piece receiving information feedback module, an LCD terminal display module and a control interface, wherein the unloading of the lifting basket, the lifting stopping of the lifting basket driven by the winch and the opening and closing of the electric door for laterally pushing and pulling are controlled by the comprehensive intelligent control system. The invention relates to a express special elevator with intelligent delivery to the home, which comprises: the package express delivery is convenient and quick, the intelligent degree is high, the package express is directly delivered to a user, the addressee is greatly facilitated, and the problem of loss in the package express delivery process is avoided.
Description
Technical Field
The invention relates to the field of elevators, in particular to a comprehensive intelligent control system of a express mail home special elevator.
Background
Modern electronic commerce has prompted the rapid development of the express industry. However, the high-rise building in the city brings huge workload and trouble to delivery of express delivery, and the receiver often carries the package of the big package and the small package home. In order to reduce delivery workload, many companies now set up the receipt in a cell, express companies put the express items into the receipt, and the recipients retrieve the home from the receipt, so that one small express item is still good, and a large express item is handled. When the number of packages delivered is large, the delivery device cannot be placed down, some couriers just friably place the packages in a security room or in nearby food stores and the like, and the recipients get the packages before themselves. This often results in the package being lost. In order to solve the problems, the inventor provides a patent application of a special express elevator with intelligent delivery to a user. How to make full use of the internet technology to make full use of the express special elevator with intelligent delivery to the home, improve the intelligent degree, and make the express be delivered to the home of the customer efficiently, safely and reliably so as to provide a comprehensive intelligent control system of the express special elevator.
Disclosure of Invention
The invention aims to provide an integrated intelligent control system for a express mail to home special elevator with intelligent delivery to home, which utilizes the internet technology to improve the intelligent degree of the express mail to be delivered to home, and enables the elevator to be efficient, safe and reliable, so as to solve the problems that the workload is large and troublesome, a plurality of express packages are inconvenient to return to home, and the express packages are easy to lose in the prior express mail parcel delivery.
In order to achieve the above object, the present invention is achieved by the following technical means. The comprehensive intelligent control system of the express mail to the specialized elevator of the family, characterized by that the said control system is by installing the inductor in the corresponding position on lift basket and home mailbox, central processing module, information input unit, wireless communication connect send unit, information storage unit, control unit, motor drive unit, receive piece information feedback module, LCD terminal display module, control interface make up, the unloading of the lift basket, hoist engine drive lift stop and switch of the electric door pushed and pulled laterally of the lift basket are controlled by comprehensive intelligent control system; the sensor is an infrared transmitting tube and an infrared receiving tube, an infrared transmitting tube is arranged at the unloading opening of each layer of the home-entering mailbox, the infrared receiving tubes for primary deceleration, secondary deceleration and parking are arranged on the surface of each discharging layer of the cage facing the unloading opening of the home-entering mailbox, and a pair of infrared transmitting tubes and infrared receiving tubes are arranged on each discharging layer in the width direction close to the unloading opening end of the home-entering mailbox so as to detect whether a express package is unloaded to the home or not; the information input unit consists of a bar code scanning and inputting instrument and a keyboard input module; the wireless communication receiving and transmitting unit consists of a tuning and demodulating module, a GSM/GPRS radio frequency and baseband processing module and Bluetooth & WiFi; the information storage unit consists of a conditional access and ROM read-only memory module and a RAM random memory module; the control unit consists of a receiving control module, a stopping and unloading control module, an unloading detection module, an electric door driving control module, a cage lifting motor deceleration control module and a cage manual lifting control module; the motor driving unit consists of a roller type motor driving circuit, an electric door motor driving circuit and a cage lifting motor driving circuit of each goods discharging layer; the control interface comprises a keyboard input module and a control box; the system comprises a car basket lifting motor, a central processing module, a car basket discharging layer, a central processing module, a car basket lifting motor driving circuit, a parking infrared receiving tube, a parking discharging control module, a roller type motor driving circuit, a central processing module and a discharging detection module, wherein the car basket discharging layer is electrically connected with the central processing module; the cage lifting motor driving circuit is respectively and electrically connected with the cage manual lifting control module, the electric door driving control module, the electric door motor driving circuit and the central processing module; the electric door driving control module is respectively and electrically connected with the electric door motor driving circuit and the central processing module; the receiving feedback module is respectively and electrically connected with the GSM/GPRS radio frequency and baseband processing module and the central processing module; the RAM random storage module is respectively and electrically connected with the keyboard input module, the bar code scanning and recording instrument, the condition receiving and ROM read-only storage module and the central processing module; the condition receiving and ROM read-only memory module is respectively and electrically connected with the RAM random memory module, the keyboard input module, the tuning and demodulation module and the central processing module; the Bluetooth and WiFi and LCD modules are respectively and electrically connected with the central processing module; each motor driving circuit drives the operation of each motor respectively; the control interface is a control box arranged on the wall body of the elevator shaft outside the electric door, the terminal display unit is arranged above the control box, the middle is a two-dimensional code recording port, the lower part is a key area of the control interface, and the key area is provided with a numeric key, a confirmation key, a basket lifting manual key, a delivery key, a number recording piece, a cursor moving key and a deleting key.
Further, at least one layer of the cage basket discharging layer is arranged, the bottom plate of the cage basket discharging layer is an electric conveyer belt type discharging layer bottom plate, one side of each discharging layer facing the discharging opening of the home-entering mailbox is provided with a primary decelerating infrared receiving tube, a secondary decelerating infrared receiving tube and a parking infrared receiving tube, each discharging layer is close to the width direction of the discharging opening end of the home-entering mailbox and is adhered to a pair of infrared transmitting tubes and infrared receiving tubes arranged on the bottom plate surface of the electric conveyer belt type discharging layer so as to conveniently detect whether a express package is discharged to the home, and when the infrared transmitting tubes and the infrared receiving tubes start from the infrared blocked by the discharged object, the express package is regarded as being discharged after the infrared is not blocked within a few seconds again; the mailbox for entering the home is provided with at least two users, and the unloading opening of the mailbox for entering the home is provided with an infrared transmitting tube.
The invention works as follows: the resident in the building inputs own room number, name of the hand and a plurality of mobile phone numbers into a condition receiving & ROM read-only memory module in the system through a key area of the control box in advance to be stored, when the express company delivers the express package to the customer, a computer or a smart phone of the resident sends the name, the room number, the mobile phone number and the bill number of the addressee to the comprehensive intelligent control system through wireless internet communication and simultaneously sends the name, the room number, the mobile phone number and the bill number of the addressee to the addressee, a tuning & demodulating module in the comprehensive intelligent control system sends the received information to the condition receiving & ROM read-only memory module, the condition receiving & ROM read-only memory module compares the received information with the prior information through a central processing module, and the received information is stored in a RAM random memory module after the comparison is successful, and meanwhile, the information received by the comprehensive intelligent control system is fed back to the express company through a received information feedback module and a GSM/GPRS radio frequency and baseband processing module. Before the courier arrives at the elevator shaft for delivery, the name, the room number, the mobile phone number and the manifest number of the addressee are input again through the bar code scanning and inputting instrument and the key area of the control box, comparison operation processing is carried out through the central processing module of the comprehensive intelligent control system, and after all comparison is successful, the electric door driving control module is informed to inform the electric door motor driving circuit to work, so that the electric door motor is enabled to operate and open the electric door. And then, the courier places the package on a corresponding goods placing layer of the lifting basket, and simultaneously inputs a corresponding goods placing layer number of a corresponding receiver on the lifting basket through a control box key area of the control interface. If other floors exist, a lift car basket is manually controlled to lift or descend a goods placing layer through a lift car basket lifting manual key on a control box, then the procedure is repeated until each layer of goods placing layer of the lift car basket has corresponding goods placing layer, a delivery key on the control box is pressed, a central processing module immediately informs an electric door driving control module to start an electric door motor driving circuit to work after receiving a delivery signal, the electric door motor driving circuit drives an electric door motor to operate to close a door, meanwhile, the central processing module and the electric door driving control module together inform the lift car basket lifting motor driving circuit to prepare for lifting, when the electric door is closed, the lift car basket lifting motor starts the lift car basket to lift, at the moment, an infrared emitting tube of a mail entering box of the lowest user, an infrared receiving tube and an infrared discharging tube of the corresponding lift car basket are all in working states, all other users to be discharged are in non-working states, after the lift car basket is fast to a first user discharging position, after one-time and two-time deceleration is carried out, and the next user is discharged after stopping in sequence. And after each user is unloaded, the comprehensive intelligent control system informs the express company and the receiver through the wireless communication receiving and sending unit. All the unloaded baskets automatically return to the bottom layer.
Through the specific technical scheme and the working process, the express special elevator with intelligent delivery to the home, which is controlled by the invention, has the following components: the package express delivery is convenient and quick, the intelligent degree is high, the package express is directly delivered to a user, the addressee is greatly facilitated, and the problem of loss in the package express delivery process is avoided.
The invention will be further described with reference to the drawings of specific embodiments and examples thereof for better illustration.
Drawings
FIG. 1 is a schematic block diagram of a comprehensive intelligent control system with three layers of goods-releasing layers for delivering a five-layer building basket.
Fig. 2 is an external view of a special express elevator and a five-story building.
Fig. 3 is a B-B cross-sectional view of fig. 2.
Fig. 4 is a cross-sectional view A-A of fig. 3.
Fig. 5 is a cross-sectional view A-A of fig. 4.
Fig. 6 is a partial enlarged view of D of fig. 3.
Fig. 7 is a partial enlarged view of C of fig. 3.
Fig. 8 is a partial enlarged view of a of fig. 4.
Fig. 9 is a partial enlarged view of B of fig. 4.
Fig. 10 is a partial enlarged view of B of fig. 4.
Fig. 11 is an enlarged view of part F of fig. 4.
Fig. 12 is a partial enlarged view of D of fig. 5.
Fig. 13 is a partial enlarged view of E of fig. 5.
Fig. 14 is a partial enlarged view of fig. 12 a.
Fig. 15 is a partial enlarged view of a of fig. 9.
Fig. 16 is a partial enlarged view of fig. 10 a.
Fig. 17 is a partial enlarged view of B of fig. 10.
Fig. 18 is a partial enlarged view of a of fig. 2.
In the figure: 1-elevator shaft; 2-a louver; 3-electric door; 4-an indoor part taking door; 5-unloading an infrared emission tube of the mailbox; 6-a basket top frame; 7-lifting eyes of the cage; 8-hooking the goods placing bottom plate; 9-entering a mailbox well; 10-lifting lug bottom plates; 11-lifting guide rails; 12-a control box; 13-a basket guide wheel; 14-a movable electric conveyer belt type bottom plate of the goods placing layer; 15-a front cross bar and a rear cross bar of the cage; 16-a right cross bar of the cage; 17- "V" -shaped rail wheel; 18-hanging wheels on the electric door; 19-a rack; 20-hanging wheel guide rails; 21. m4-electric door motor; 22-a power door abdication groove; 23-door edge straight guide rails; 24-mailbox surface guide wheels; 25-driven roller shaft heads; 26-a semicircular shaft head support; 27-a power door drive gear; 28-a basket upright; 29-a motor extension shaft of the goods placing bottom plate; 30-infrared receiving tube; 31-a light passing hole; 32-a basket well; 33-fixing an electric conveyer belt type bottom plate of the goods placing layer; 34-a basket bottom frame; 35-a mailbox bottom plate for entering a user; 36-a mailbox top plate; 37-wire rope; 38-a main positive pulley of the steel cable; 39-winding motor frame; 40, a winch drum; 41. m5-a cage lifting motor; 42-hoistway roof; 43-a seated bearing; 44-main front wheel upper bracket; 45-a main front wheel lower bracket; 46-a two-dimensional code recording port; 47-basket buffer; 48-a roller motor; 49-conveyor truss; 50-conveying belt; 51-a belt driven roller; 52-unloading an infrared emission tube; 53-unloading infrared receiving tube; 54-lower wheel track; 55-cursor movement key; 56-manual lifting key of the cage.
Detailed Description
The above figures enumerate a five-storey building, the lifting cage is provided with a functional block diagram of a comprehensive intelligent control system of a express mail to home special lifting elevator of a three-storey electric conveyer belt type bottom plate of the goods placing storey and a related structure diagram of the express mail to home special lifting elevator controlled by the same (another application). It can be seen from the illustrated embodiment that the invention is composed of an infrared transmitting tube and an infrared receiving tube which are arranged at corresponding positions on the lifting cage and the entrance mailbox, a central processing module, a bar code scanning and recording instrument, a keyboard input module, a tuning and demodulation module, a GSM/GPRS radio frequency and baseband processing module, a Bluetooth & WiFi, a condition receiving & ROM read-only memory module, a RAM random memory module, a goods receiving control module, a parking and unloading control module, a unloading detection module, an electric door driving control module, a cage lifting motor deceleration control module, a cage manual lifting control module, a roller type motor driving circuit of three goods discharging layers, an electric door motor driving circuit, a cage lifting motor driving circuit, a goods receiving information feedback module, an LCD terminal display module, a keyboard input module and a control box. A mailbox unloading infrared emitting tube 5 is arranged at the unloading opening of each layer of the home mailbox, a corresponding primary deceleration and secondary deceleration infrared receiving tube 30 and a corresponding parking infrared receiving tube 30 are arranged on the surface of each layer of the cage facing the unloading opening of the home mailbox, a pair of unloading infrared emitting tubes 52 and a pair of unloading infrared receiving tubes 53 are arranged on the bottom surface of each layer of the electric conveyer-type mailbox close to the width direction of the unloading opening of the home mailbox, so that whether a package of a express mail is unloaded or not can be detected conveniently, and when the unloading infrared emitting tubes 52 and the unloading infrared receiving tubes 53 start from the infrared rays blocked by the unloaded object, the package of the express mail is regarded as being unloaded after the infrared rays are not blocked within a few seconds again; an infrared transmitting tube 5 arranged at the unloading opening of the five-user incoming mailbox is electrically connected with a receiving control module, the receiving control module is electrically connected with a central processing module, a primary decelerating and secondary decelerating infrared receiving tube 30 arranged at the surface of the three-layer incoming mailbox, which is opposite to the unloading opening of the incoming mailbox, is electrically connected with a basket lifting motor decelerating control module, the basket lifting motor decelerating control module is electrically connected with a central processing module and a basket lifting motor driving circuit respectively, a parking infrared receiving tube 30 arranged at the surface of the three-layer basket, which is opposite to the unloading opening of the incoming mailbox, is electrically connected with a parking unloading control module, the parking unloading control module is electrically connected with a roller type motor driving circuit, the central processing module and an unloading detection module respectively, and a pair of infrared transmitting tubes 52 and infrared receiving tubes 53 arranged on the three-layer incoming mailbox, which are close to the width direction of the unloading opening of the incoming mailbox, are electrically connected with an unloading detection module, and the unloading detection module is electrically connected with the parking unloading control module and the central processing module respectively; the cage lifting motor driving circuit is respectively and electrically connected with the cage manual lifting control module, the electric door driving control module, the electric door motor driving circuit and the central processing module; the electric door driving control module is respectively and electrically connected with the electric door motor driving circuit and the central processing module; the receiving feedback module is respectively and electrically connected with the GSM/GPRS radio frequency and baseband processing module and the central processing module; the RAM random storage module is respectively and electrically connected with the keyboard input module, the bar code scanning and recording instrument, the condition receiving and ROM read-only storage module and the central processing module; the condition receiving and ROM read-only memory module is respectively and electrically connected with the RAM random memory module, the keyboard input module, the tuning and demodulation module and the central processing module; the bluetooth & WiFi and LCD modules are electrically connected to the central processing module, respectively (see fig. 1 above). The roller motor drive circuit of the discharge layer of the three-layer basket drives the operation of the roller motor 48; the electric door motor driving circuit drives the electric door motors 21, M4 to operate; the basket lifting motor driving circuit drives the basket lifting motors 41 and M5 to operate; the control box 12 is arranged on the wall of the elevator shaft 1 outside the electric door 3, the LCD module is arranged above the control box 12, the two-dimensional code recording port 46 is arranged in the middle, the key area of the control interface is arranged below the control box, and the key area is provided with a numeric key, a confirmation key, a basket lifting manual key 56, a delivery key, a number recording key, a cursor moving key 55 and a delete key (see figure 18).
The invention works as follows: the resident in the building inputs own house number, name of the hand and a plurality of mobile phone numbers into a condition receiving & ROM read-only memory module in the system through a key area of the control box 12 in advance to be stored, when the express company delivers the express package to the customer, the name, house number, mobile phone number and bill number of the receiver are sent to the comprehensive intelligent control system of the invention through wireless internet communication by a computer or a smart phone of the express company, and simultaneously the received information is sent to the receiver by a tuning & demodulation module in the comprehensive intelligent control system. Before the courier arrives at the elevator shaft 1 for delivery, the name, the room number, the mobile phone number and the manifest number of the addressee are input again through the two-dimension code input port 46 of the control box 12 and the key area of the control box 12, comparison operation processing is carried out through the central processing module of the comprehensive intelligent control system, and after all comparison is successful, the electric door driving control module is informed to inform the electric door motor driving circuit to work, so that the electric door motors 21 and M4 operate the electric door 3 to be opened. The courier then places the package on the corresponding layer of the elevator basket, and simultaneously inputs the corresponding layer number of the corresponding receiver for placing the package on the elevator basket through the button area of the control box 12 of the control interface. If there are other floor consignees, the lift of the lift basket or the lowering of one of the discharge layers is controlled by the basket lifting manual key 56 on the control box 12, then the above procedure is repeated until after each of the discharge layers of the lift basket has the corresponding consigned goods, the delivery key on the control box 12 is pressed, the central processing module immediately notifies the electric door driving control module to start the electric door motor driving circuit to work after receiving the delivery signal, the electric door motor driving circuit drives the electric door motors 21 and M4 to operate the electric door to close the door, at the same time, the central processing module and the electric door driving control module together notify the basket lifting motor driving circuit to prepare to lift, when the electric door 3 is closed, the basket lifting motors 41 and M5 start the lifting of the basket, at the moment, the infrared transmitting tube 5 of the mail box of the lowest user, the infrared receiving tube 30 and the discharge infrared receiving tube 53 and the discharge tube 52 of the discharge layer of the corresponding basket are all in working states, the rest users to be in the non-working states, and the electric door driving circuit is started after the electric door motor 21 and M4 is driven to operate to close the electric door motor to drive the electric door to close, and the electric door driving circuit is stopped, and the electric door driving motor driving circuit is informed to start to lift the discharge roller 48 to start to discharge the discharge in turn after the first user to start to discharge the lower the load the floor. And after one user is unloaded, the comprehensive intelligent control system informs the express company and the receiver through the GSM/GPRS radio frequency and baseband processing module. All the unloaded baskets automatically return to the bottom layer.
Through the specific implementation mode and the working process, the express special elevator with intelligent delivery to the home, which is controlled by the invention, has the following components: the package express delivery is convenient and quick, the intelligent degree is high, the package express is directly delivered to a user, the addressee is greatly facilitated, and the problem of loss in the package express delivery process is avoided.
The above-listed embodiment is only one of many embodiments and cannot be listed one by one. All modifications and extensions made according to the protection scope of the present invention are included in the scope of the present invention.
Claims (2)
1. The comprehensive intelligent control system of the express mail to the home special elevator is characterized by comprising sensors arranged at corresponding positions on a lifting car and a home mailbox, a central processing module, an information input unit, a wireless communication receiving and sending unit, an information storage unit, a control unit, a motor driving unit, a receiving information feedback module, an LCD terminal display module and a control interface; the sensor is an infrared transmitting tube and an infrared receiving tube, an infrared transmitting tube is arranged at the unloading opening of the home-entering mailbox, the corresponding infrared receiving tubes for primary deceleration, secondary deceleration and stopping are arranged on the surface of the blue discharging layer facing the unloading opening of the home-entering mailbox, and a pair of infrared transmitting tubes and infrared receiving tubes are arranged on the blue discharging layer in the width direction close to the unloading opening of the home-entering mailbox; the information input unit consists of a bar code scanning and inputting instrument and a keyboard input module; the wireless communication receiving and transmitting unit consists of a tuning and demodulating module, a GSM/GPRS radio frequency and baseband processing module and Bluetooth & WiFi; the information storage unit consists of a conditional access and ROM read-only memory module and a RAM random memory module; the control unit consists of a receiving control module, a stopping and unloading control module, an unloading detection module, an electric door driving control module, a car blue lifting motor deceleration control module and a car blue manual lifting control module; the motor driving unit consists of a roller type motor driving circuit, an electric door motor driving circuit and a car blue lifting motor driving circuit of each goods discharging layer; the control interface comprises a keyboard input module and a control box; the system is characterized in that an infrared transmitting tube arranged at the unloading opening of the incoming mailbox is electrically connected with a receiving control module, the receiving control module is electrically connected with a central processing module, a primary deceleration infrared receiving tube and a secondary deceleration infrared receiving tube arranged on the side, facing the unloading opening of the incoming mailbox, of a saloon car discharging layer are electrically connected with a saloon car lifting motor deceleration control module, the saloon car lifting motor deceleration control module is respectively electrically connected with the central processing module and a saloon car lifting motor driving circuit, parking infrared receiving tubes arranged on the side, facing the unloading opening of the incoming mailbox, of the saloon car discharging layer are electrically connected with a parking unloading control module, the parking unloading control module is respectively electrically connected with a roller type motor driving circuit, the central processing module and an unloading detection module, and a pair of infrared transmitting tubes and infrared receiving tubes arranged on the side, facing the unloading opening of the incoming mailbox, of the saloon car discharging layer are electrically connected with the unloading detection module, and the unloading detection module is respectively electrically connected with the parking unloading control module and the central processing module; the car blue lifting motor driving circuit is respectively and electrically connected with the car blue manual lifting control module, the electric door driving control module, the electric door motor driving circuit and the central processing module; the electric door driving control module is respectively and electrically connected with the electric door motor driving circuit and the central processing module; the receiving feedback module is respectively and electrically connected with the GSM/GPRS radio frequency and baseband processing module and the central processing module; the RAM random storage module is respectively and electrically connected with the keyboard input module, the bar code scanning and recording instrument, the condition receiving and ROM read-only storage module and the central processing module; the condition receiving and ROM read-only memory module is respectively and electrically connected with the RAM random memory module, the keyboard input module, the tuning and demodulation module and the central processing module; the Bluetooth and WiFi and LCD modules are respectively and electrically connected with the central processing module; each motor driving circuit drives the operation of each motor respectively; the control interface is a control box arranged on the wall body of the elevator shaft outside the electric door, the terminal display unit is arranged above the control box, the middle part is a two-dimensional code recording port, the lower part is a key area of the control interface, and the key area is provided with a numeric key, a confirmation key, a blue lifting manual key, a delivery key, a number recording piece, a cursor moving key and a delete key; the resident in the building inputs own house number, addressee name and a plurality of mobile phone numbers into a condition receiving & ROM read-only memory module in the system through a key area of a control box in advance to be stored, when an express company delivers express packages to customers, a computer or a smart phone of the express company sends the addressee name, house number, mobile phone number and bill number to a comprehensive intelligent control system through wireless internet communication and also sends the addressee to the comprehensive intelligent control system, a tuning & demodulation module in the comprehensive intelligent control system transmits received information to the condition receiving & ROM read-only memory module, the condition receiving & ROM read-only memory module compares the received information with the prior information through a central processing module, the received information is stored in a RAM random memory module after the comparison is successful, and meanwhile, the information received by the comprehensive intelligent control system is fed back to the express company through a piece receiving information feedback module and a GSM/GPRS radio frequency and baseband processing module; before the courier arrives at the elevator shaft for delivery, the name, the room number, the mobile phone number and the manifest number of the receiver are input again through the bar code scanning and inputting instrument and the key area of the control box, comparison operation processing is carried out through the central processing module of the comprehensive intelligent control system, and after all comparison is successful, the electric door driving control module is informed to inform the electric door motor driving circuit to work, so that the electric door motor is enabled to operate and open the electric door; then, the courier places the package on a corresponding goods placing layer of the lifting car, and simultaneously inputs a corresponding goods placing layer number of the corresponding receiver on the lifting car through a control box key area of the control interface; if other floors exist, a lift car blue lifting manual key on a control box is used for controlling a lifting or lowering of a lifting car blue layer, then the working process is repeated until each lifting car blue layer has corresponding recipient goods, a delivery key on the control box is pressed, a central processing module immediately informs an electric door driving control module to start an electric door motor driving circuit to work after receiving a delivery signal, the electric door motor driving circuit drives an electric door motor to operate to close a door, meanwhile, the central processing module and the electric door driving control module together inform the lift car blue lifting motor driving circuit to prepare for lifting, when the electric door is closed, the lift car blue lifting motor starts the lift car blue lifting, then an infrared transmitting tube of a mail box of the lowest user, an infrared receiving tube of the corresponding lift car blue layer, an infrared discharging receiving tube and the infrared discharging tube are all in working states, all other users to be discharged are in non-working states, after the lift car blue is lifted to a first user discharging position, the lift car blue is rapidly stopped after one time and the first user is decelerated until discharging is completed, and then the next user is stopped; the comprehensive intelligent control system informs the express company and the receiver through the wireless communication receiving and sending unit after each user is unloaded; all the unloaded car blue automatically returns to the bottom layer.
2. The comprehensive intelligent control system of the express mail arrival special elevator according to claim 1, wherein at least one layer of the saloon blue discharging layer is arranged, each layer of saloon blue discharging layer bottom plate is an electric conveyer belt type discharging layer bottom plate, one side of each discharging layer facing to an arrival mailbox discharging opening is provided with a primary deceleration, secondary deceleration and parking infrared receiving tube, and each discharging layer is close to the arrival mailbox discharging opening end and is provided with a pair of infrared transmitting tubes and infrared receiving tubes on the electric conveyer belt type discharging layer bottom plate surface along the width direction; the mailbox for entering the home is provided with at least two users, and the unloading opening of the mailbox for entering the home is provided with an infrared transmitting tube.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710410400.3A CN107089568B (en) | 2017-06-03 | 2017-06-03 | Comprehensive intelligent control system of express mail home special elevator |
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| CN201710410400.3A CN107089568B (en) | 2017-06-03 | 2017-06-03 | Comprehensive intelligent control system of express mail home special elevator |
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| CN107089568A CN107089568A (en) | 2017-08-25 |
| CN107089568B true CN107089568B (en) | 2023-10-20 |
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