WO2015124057A1 - 智能散装牙膏售卖机的使用方法 - Google Patents

智能散装牙膏售卖机的使用方法 Download PDF

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Publication number
WO2015124057A1
WO2015124057A1 PCT/CN2015/072080 CN2015072080W WO2015124057A1 WO 2015124057 A1 WO2015124057 A1 WO 2015124057A1 CN 2015072080 W CN2015072080 W CN 2015072080W WO 2015124057 A1 WO2015124057 A1 WO 2015124057A1
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toothpaste
bulk
controller
sensor
solenoid valve
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PCT/CN2015/072080
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English (en)
French (fr)
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柳超
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柳超
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Priority to CN201580002290.6A priority Critical patent/CN105684052B/zh
Publication of WO2015124057A1 publication Critical patent/WO2015124057A1/zh

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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F13/00—Coin-freed apparatus for controlling dispensing or fluids, semiliquids or granular material from reservoirs
    • G07F13/02—Coin-freed apparatus for controlling dispensing or fluids, semiliquids or granular material from reservoirs by volume

Definitions

  • the present invention relates to a method of using a vending machine, and more particularly to a method of using a smart bulk toothpaste vending machine.
  • the toothpaste used by people after the toothpaste is used up, the toothpaste shell is thrown away, wasting a lot of toothpaste shell material, which is not conducive to energy saving and environmental protection; a recycled toothpaste shell, when used, requires a smart bulk toothpaste How to use the vending machine.
  • the object of the present invention is to overcome the deficiencies of the prior art and to provide a method for using a smart bulk toothpaste vending machine for automatically selling bulk toothpaste and reducing the consumption of the toothpaste shell material.
  • the technical solution adopted by the invention is: a smart bulk toothpaste vending machine comprising a box body, a toothpaste filling device, a toothpaste shell cleaning device, a currency identifier and a controller, a toothpaste filling device, a toothpaste shell cleaning device, a currency identifier and a control
  • the toothpaste filling device comprises a barrel toothpaste, a first electromagnetic valve, an electric push rod and a bulk toothpaste shell; the barrel toothpaste comprises a sealed barrel, a filling piston and a toothpaste, and the sealed barrel is provided with a toothpaste output joint.
  • the filling piston is dynamically fitted in the sealing barrel, and the toothpaste is encapsulated in the cavity of the sealing barrel by the filling piston.
  • the cavity of the sealing barrel is composed of the inner wall of the sealing barrel and the filling piston, and the toothpaste output joint is connected with the cavity of the sealing barrel;
  • the base of the rod is fixedly connected with the box body, the outer shell of the sealing barrel is connected with the box body, the power rod of the electric push rod is connected with the filling piston;
  • the bulk toothpaste shell comprises a guiding barrel, a toothpaste tube, a piston and a piston rod, and the toothpaste tube is provided Toothpaste infusion port, toothpaste case cleaning port is provided next to the toothpaste filling port, and the toothpaste case cleaning port is connected with the toothpaste filling port;
  • the first solenoid valve The input interface is connected with the toothpaste output connector of the barrel toothpaste, and the output interface of the first solenoid valve is connected with the toothpaste filling port of the bulk toothpaste case;
  • the toothpaste shell cleaning device comprises a cleaning water tank, a water pump, a water pump, a second electromagnetic valve, and a a solenoid valve and a waste water tank; a first output joint of the
  • the use of the intelligent bulk toothpaste vending machine is: the flow of the method of using the smart bulk toothpaste vending machine is: connection ⁇ coin-operated ⁇ cleaning ⁇ pumping ⁇ perfusion ⁇ stop ⁇ disassembly
  • the flow of the method of using the intelligent bulk toothpaste vending machine is specifically:
  • the controller controls to turn on the power of the second solenoid valve and the water pump, and the second solenoid valve is turned on.
  • the irrigation pump runs, and the irrigation water injects the clean water in the clean water tank into the bulk toothpaste shell through the second electromagnetic valve, and cleans the bulk toothpaste shell with the clean water;
  • the controller controls to cut off the power supply of the second solenoid valve and the water pump, the second solenoid valve is closed, and the water pump stops running; after the power supply of the second solenoid valve and the water pump is cut off, the controller Turn on the third solenoid valve and the power supply of the pump, the third solenoid valve is turned on, the pump is running, and the pump pumps the clean water in the bulk toothpaste shell to the waste water tank through the third electromagnetic valve;
  • Disassembly Untie the connection between the toothpaste filling port of the bulk toothpaste case and the output port of the first solenoid valve, and the toothpaste is automatically sold.
  • the invention has the beneficial effects that after the toothpaste in the bulk toothpaste shell is used up, the bulk toothpaste shell is cleaned by the toothpaste shell cleaning device, and the new toothpaste can be re-injected into the bulk toothpaste shell by using the smart bulk toothpaste vending machine to make the bulk toothpaste The shell is recycled, reducing the consumption of the toothpaste shell, contributing to energy saving and environmental protection.
  • Figure 1 is a schematic view showing the structure of a smart bulk toothpaste vending machine.
  • FIG. 1 is a schematic structural view of a smart bulk toothpaste vending machine, comprising a box body 1, a toothpaste filling device 2, a toothpaste shell cleaning device 3, a currency identifier 4, and a controller 5, and a toothpaste filling device 2 a toothpaste shell cleaning device 3, a currency identifier 4, and a controller 5 mounted on the case 1;
  • the toothpaste filling device 2 includes a barreled toothpaste 6, a first electromagnetic valve 7, an electric push rod 8, and a bulk toothpaste case 9;
  • the toothpaste 6 includes a sealed barrel 10, a filling piston 11 and a toothpaste 12.
  • the sealing barrel 10 is provided with a toothpaste output joint 13.
  • the filling piston 11 is movably fitted in the sealing barrel 10, and the toothpaste 12 is sealed by the filling piston 11 in the sealed barrel 10.
  • the cavity of the sealing barrel 10 is composed of the inner wall of the sealing barrel 10 and the filling piston 11, and the toothpaste output joint 13 is connected with the cavity of the sealing barrel 10.
  • the base of the electric push rod 8 is fixedly connected with the box 1, and the sealing barrel is sealed.
  • the outer casing of 10 is connected to the casing 1, and the power rod 14 of the electric push rod 8 is connected to the pouring piston 11;
  • the bulk toothpaste casing 9 includes a guiding cylinder 15, a toothpaste cylinder 16, a piston 17 and a piston rod 18, and the toothpaste cylinder 16 is provided with toothpaste.
  • toothpaste infusion port 19 toothpaste infusion port 19
  • a toothpaste shell cleaning port 20 is provided, and the toothpaste shell cleaning port 20 is in communication with the toothpaste filling port 19;
  • the input interface of the first solenoid valve 7 is connected to the toothpaste output connector 13 of the barrel toothpaste 6, and the output interface of the first solenoid valve 7 is
  • the toothpaste filling port 19 of the bulk toothpaste shell 9 is connected;
  • the toothpaste shell cleaning device 3 includes a cleaning water tank 21, a water pump 22, a water pump 23, a second electromagnetic valve 24, a third electromagnetic valve 26, and a waste water tank 25;
  • the first output connector 27 of the 24 and the first input connector 28 of the third solenoid valve 26 are connected to the toothpaste case cleaning port 20 of the bulk toothpaste case 9, the first input connector 29 of the second solenoid valve 24 and the output port of the irrigation pump 22.
  • the input port of the irrigation water pump 22 is connected to the water outlet 30 of the cleaning water tank 21; the second output joint 31 of the third electromagnetic valve 26 is connected to the input port of the water pump 23, and the water pump 23 is connected.
  • the outlet is connected to the water inlet 32 of the waste water tank 25;
  • the currency identifier 4 includes a control panel 33, a coin slot 34, a bill slot 35 and a coin withdrawal port 36;
  • the controller 5 is provided with a first sensor 37 and a second The sensor 38, the first sensor 37 is mounted on the case 1, the first sensor 37 is located beside the toothpaste filling port 19, the second sensor 38 is mounted on the case 1, and the second sensor 38 is located beside the top end of the toothpaste tube 16,
  • the second sensor 38 is provided with a first inductive head 39.
  • the first inductive head 39 is mounted on the piston 17 of the bulk toothpaste casing 9; the controller 5 passes through the control line and the power connector of the electric push rod 6, the first sensor 36, and the second sensor. 37.
  • the first electromagnetic valve 7, the second electromagnetic valve 24, the third electromagnetic valve 26, the water pump 22, the water pump 23, and the control board 46 are connected.
  • the use of the intelligent bulk toothpaste vending machine is: the flow of the method of using the smart bulk toothpaste vending machine is: connection ⁇ coin-operated ⁇ cleaning ⁇ pumping ⁇ perfusion ⁇ stop ⁇ disassembly
  • the flow of the method of using the intelligent bulk toothpaste vending machine is specifically:
  • the toothpaste filling port 19 of the bulk toothpaste shell 9 of the toothpaste filling device 2 is connected to the output interface of the first solenoid valve 7, the bulk toothpaste shell 9 is close to the first sensor 37, and the first sensor 37 transmits the signal of its connection to the control.
  • the coin coin slot 33 or the banknote slot 34 is inserted into a coin or banknote, after the coin or banknote is put in, the currency identifier 4 transmits the currency input signal to the controller 5;
  • the controller 5 controls the power supply of the second solenoid valve 24 and the water pump 22 to be turned on.
  • the second electromagnetic valve 24 is turned on, the water pump 22 is operated, and the water pump 22 injects the clean water in the clean water tank 21 into the bulk toothpaste shell 9 through the second electromagnetic valve 24, and cleans the bulk toothpaste shell 9 with the clean water;
  • the controller 5 controls to cut off the power of the second solenoid valve 24 and the water pump 22, the second solenoid valve 24 is closed, the water pump 22 stops running; the second solenoid valve 24 and the water pump 22 After the power is turned off, the controller 5 turns on the power of the third electromagnetic valve 26 and the water pump 23, the third electromagnetic valve 26 is turned on, the water pump 23 is operated, and the water pump 23 passes the clean water in the bulk toothpaste shell 9 through the third.
  • the solenoid valve 26 is pumped to the waste water tank 25;
  • Disassembly The connection between the toothpaste filling port 17 of the bulk toothpaste shell 9 and the output interface of the first solenoid valve 7 is released, and the toothpaste is automatically sold.
  • the controller 5 is provided with a display 40, which is connected to the display 40 via a control line for displaying the operation of the method of using the smart bulk toothpaste vending machine.
  • the controller 5 is provided with a third sensor 41, the third sensor 41 is mounted on the casing 1, and the third sensor 41 is located in the drum Next to the upper end of the sealed barrel 10 of the toothpaste 6, the third sensor 41 is provided with a second sensing head 42, and the second sensing head 42 is mounted on the filling piston 11 of the barreled toothpaste 6; when the toothpaste of the barreled toothpaste 6 is sold out The infusion piston 11 and the second inductive head 42 rise to the upper end of the sealed tub 10, the second inductive head 42 approaches the third sensor 41, and the third sensor 41 transmits its signal to the controller 5; the controller 5 is provided with a data output connector 43.
  • the data output connector 43 is connected to the Internet, and the controller 5 transmits the information of the barreled toothpaste 6 toothpaste sold to the Internet through the data output connector 43.
  • the supplier can learn the information used by the intelligent bulk toothpaste vending machine on the Internet.
  • the new barreled toothpaste 6 is replaced in time; at the same time, when the toothpaste of the barreled toothpaste 6 is sold out, the second inductive head 42 of the infusion piston 11 approaches the second sensor 42, and the second sensor 42 transmits its signal to the controller 5
  • the controller 5 which transmits a signal to the display 40, the display 40 within the dentifrice toothpaste 10 sold barrel 6 cases.
  • the controller 5 transmits its signal to the currency identifier 4, and the currency recognizer 4 returns the input currency to the coin withdrawal port 36.
  • the controller 5 In order to control the use method of the intelligent bulk toothpaste vending machine to enter the automatic control process, the controller 5 is provided with a workflow automatic start button 44 and a workflow stop button 45, and the automatic start button 44 is pressed, and the use method of the intelligent bulk toothpaste vending machine enters the automatic mode. To control the flow, press the stop button 45 to use the smart bulk toothpaste vending machine to stop the automatic control process.
  • the controller 5 is provided with a fourth sensor 47 mounted on the tank 1 and a fourth sensor 47 located beside the bottom of the cleaning tank 21, fourth
  • the sensor 47 is provided with a third induction head 48 mounted on the floating ball 49 on the water surface of the cleaning water tank 21; the cleaning water tank 21 is provided with a water inlet 50, and the water supply port 50 can be used.
  • the waste water tank 25 is provided with a drain valve 51 which is connected to the drain outlet 52 at the bottom of the waste water tank 25.
  • the floating ball 49 and the third sensing head 48 in the cleaning water tank 21 descend as the cleaning water in the cleaning water tank 21 descends, and when the floating ball 49 and the third sensing head 48 descend to the cleaning water tank At the bottom of 21, the third inductive head 48 approaches the fourth sensor 47, and the fourth sensor 47 transmits its information to the controller 5, which transmits its signal through the data output connector 43 to the Internet, informing the supplier to replenish the clean water. .

Abstract

智能散装牙膏售卖机的使用方法，智能散装牙膏售卖机包括有箱体（1）、牙膏灌注装置（2）、牙膏壳清洁装置（3）、货币识别器（4）以及控制器（5），牙膏灌注装置（2）包括有桶装牙膏（6）、第一电磁阀（7）、电动推杆（8）以及散装牙膏壳（9），桶装牙膏（6）包括有密封桶（10）、灌注活塞（11）以及牙膏（12），散装牙膏壳（9）包括有导向筒（15）、牙膏筒（16）、活塞（17）以及活塞杆（18），第一电磁阀（7）与桶装牙膏（6）以及散装牙膏壳（9）连接，牙膏壳清洁装置（3）包括有清洁水箱（21）、灌水泵（22）、抽水泵（23）、第二电磁阀（24）、第三电磁阀（26）以及废水箱（25）；货币识别器（4）包括有控制板（33）、硬币投币口（34）、纸币投币口（35）以及退币口（36）；散装牙膏壳（9）内的牙膏（12）用完后，利用牙膏壳清洁装置（3）清洁散装牙膏壳（9），重新向散装牙膏壳（9）注入新的牙膏（12），使散装牙膏壳（9）得到循环使用，有利于节能减排以及环境保护。

Description

智能散装牙膏售卖机的使用方法 技术领域
本发明涉及一种自动售卖机的使用方法，特别是一种智能散装牙膏售卖机的使用方法。
背景技术
目前，人们使用的牙膏，牙膏用完后，牙膏壳就丢掉，浪费大量的牙膏壳材料，不利于节能减排以及环境保护；一种循环使用的牙膏壳，使用时，需要一种智能散装牙膏售卖机的使用方法。
发明内容
本发明的目的是克服现有技术的不足，提供一种智能散装牙膏售卖机的使用方法，用于自动售卖散装牙膏，减少牙膏壳材料的耗用。
本发明所采用的技术方案是：智能散装牙膏售卖机，包括有箱体、牙膏灌注装置、牙膏壳清洁装置、货币识别器以及控制器，牙膏灌注装置、牙膏壳清洁装置、货币识别器以及控制器安装于箱体上；牙膏灌注装置包括有桶装牙膏、第一电磁阀、电动推杆以及散装牙膏壳；桶装牙膏包括有密封桶、灌注活塞以及牙膏，密封桶设有牙膏输出接头，灌注活塞动配合于密封桶内，牙膏被灌注活塞封装于密封桶的型腔内，密封桶的型腔由密封桶的内壁与灌注活塞构成，牙膏输出接头与密封桶的型腔连通；电动推杆的机座与箱体固定连接，密封桶的外壳与箱体连接，电动推杆的动力杆与灌注活塞连接；散装牙膏壳包括有导向筒、牙膏筒、活塞以及活塞杆，牙膏筒设有牙膏灌注口，牙膏灌注口旁边设有牙膏壳清洁口，牙膏壳清洁口与牙膏灌注口连通；第一电磁阀的输入接口与桶装牙膏的牙膏输出接头连接，第一电磁阀的输出接口与散装牙膏壳的牙膏灌注口连接；牙膏壳清洁装置包括有清洁水箱、灌水泵、抽水泵、第二电磁阀、第三电磁阀以及废水箱；第二电磁阀的第一输出接头以及第三电磁阀的第一输入接头与散装牙膏壳的牙膏壳清洁口连接，第二电磁阀的第一输入接头与灌水泵的输出口连接，灌水泵的输入口与清洁水箱的出水口连接；第三电磁阀的第二 输出接头与抽水泵的输入口连接，抽水泵的输出口与废水箱的入水口连接；货币识别器包括有控制板、硬币投币口、纸币投币口以及退币口；控制器设有第一传感器以及第二传感器，第一传感器安装于箱体上，第一传感器位于牙膏灌注口的旁边；第二传感器安装于箱体上，第二传感器位于牙膏筒顶端的旁边，第二传感器设有第一感应头，第一感应头安装于散装牙膏壳的活塞上；控制器通过控制线与电动推杆的电源接头、第一传感器、第二传感器、第一电磁阀、第二电磁阀、第三电磁阀、灌水泵、抽水泵以及控制板连接。
智能散装牙膏售卖机的使用方法是：智能散装牙膏售卖机的使用方法的流程是：连接→投币→清洁→抽水→灌注→停止→拆卸
智能散装牙膏售卖机的使用方法的流程具体是：
连接：将牙膏灌注装置的散装牙膏壳的牙膏灌注口与第一电磁阀的输出接口连接，散装牙膏壳接近第一传感器，第一传感器将其连接的信号传输给控制器；
投币：于硬币投币口或者纸币投币口投入硬币或者纸币，硬币或者纸币投入后，货币识别器将货币的投入信号传输给控制器；
清洁：散装牙膏壳与第一电磁阀的输出接口连接以及控制器收到货币识别器的货币输入信息后，控制器控制接通第二电磁阀以及灌水泵的电源，第二电磁阀导通，灌水泵运行，灌水泵将清洁水箱内的清洁水经第二电磁阀灌注到散装牙膏壳内，利用清洁水清洗散装牙膏壳；
抽水：清洗时间达到设定的时间后，控制器控制切断第二电磁阀以及灌水泵的电源，第二电磁阀关闭，灌水泵停止运行；第二电磁阀以及灌水泵的电源切断后，控制器接通第三电磁阀以及抽水泵的电源，第三电磁阀导通，抽水泵运行，抽水泵将散装牙膏壳内的清洁水经第三电磁阀抽到废水箱；
灌注：散装牙膏壳内的清洁水抽走后，抽水泵运行达到设定的时间，控制器控制电动推杆工作，电动推杆的动力杆推桶装牙膏的灌注活塞向上移动，利用灌注活塞向上移动挤压牙膏由牙膏输出接头以及牙膏灌注口进入牙膏筒内，同时牙膏筒的活塞随牙膏的不断挤入而不断地上升；
停止：牙膏挤满牙膏筒时，活塞上升到牙膏筒的顶端，设于活塞的第一感应头接近第二传感器，第二传感器将其信号传输给控制器，控制器控 制电动推杆停止工作，牙膏挤压停止；
拆卸：将散装牙膏壳的牙膏灌注口与第一电磁阀的输出接口的连接解开，牙膏自动售卖完毕。
本发明的有益效果是：散装牙膏壳内的牙膏用完后，利用牙膏壳清洁装置清洁散装牙膏壳，利用智能散装牙膏售卖机的使用方法可以重新向散装牙膏壳注入新的牙膏，使散装牙膏壳得到循环使用，减少了牙膏壳的耗用，有利于节能减排以及环境保护。
附图说明
图1是智能散装牙膏售卖机的结构示意图。
具体实施方式
下面结合附图对本发明进行进一步的说明：
图1所示的智能散装牙膏售卖机的结构示意图，智能散装牙膏售卖机，包括有箱体1、牙膏灌注装置2、牙膏壳清洁装置3、货币识别器4以及控制器5，牙膏灌注装置2、牙膏壳清洁装置3、货币识别器4以及控制器5安装于箱体1上；牙膏灌注装置2包括有桶装牙膏6、第一电磁阀7、电动推杆8以及散装牙膏壳9；桶装牙膏6包括有密封桶10、灌注活塞11以及牙膏12，密封桶10设有牙膏输出接头13，灌注活塞11动配合于密封桶10内，牙膏12被灌注活塞11封装于密封桶10的型腔内，密封桶10的型腔由密封桶10的内壁与灌注活塞11构成，牙膏输出接头13与密封桶10的型腔连通；电动推杆8的机座与箱体1固定连接，密封桶10的外壳与箱体1连接，电动推杆8的动力杆14与灌注活塞11连接；散装牙膏壳9包括有导向筒15、牙膏筒16、活塞17以及活塞杆18，牙膏筒16设有牙膏灌注口19，牙膏灌注口19旁边设有牙膏壳清洁口20，牙膏壳清洁口20与牙膏灌注口19连通；第一电磁阀7的输入接口与桶装牙膏6的牙膏输出接头13连接，第一电磁阀7的输出接口与散装牙膏壳9的牙膏灌注口19连接；牙膏壳清洁装置3包括有清洁水箱21、灌水泵22、抽水泵23、第二电磁阀24、第三电磁阀26以及废水箱25；第二电磁阀24的第一输出接头27以及第三电磁阀26的第一输入接头28与散装牙膏壳9的牙膏壳清洁口20连接，第二电磁阀24的第一输入接头29与灌水泵22的输出口连接，灌水泵22的输入口与清洁水箱21的出水口30连接；第三电磁阀26的第二输出接头31与抽水泵23的输入口连接，抽水泵23的输 出口与废水箱25的入水口32连接；货币识别器4包括有控制板33、硬币投币口34、纸币投币口35以及退币口36；控制器5设有第一传感器37以及第二传感器38，第一传感器37安装于箱体1上，第一传感器37位于牙膏灌注口19的旁边；第二传感器38安装于箱体1上，第二传感器38位于牙膏筒16顶端的旁边，第二传感器38设有第一感应头39，第一感应头39安装于散装牙膏壳9的活塞17上；控制器5通过控制线与电动推杆6的电源接头、第一传感器36、第二传感器37、第一电磁阀7、第二电磁阀24、第三电磁阀26、灌水泵22、抽水泵23以及控制板46连接。
智能散装牙膏售卖机的使用方法是：智能散装牙膏售卖机的使用方法的流程是：连接→投币→清洁→抽水→灌注→停止→拆卸
智能散装牙膏售卖机的使用方法的流程具体是：
连接：将牙膏灌注装置2的散装牙膏壳9的牙膏灌注口19与第一电磁阀7的输出接口连接，散装牙膏壳9接近第一传感器37，第一传感器37将其连接的信号传输给控制器5；
投币：于硬币投币口33或者纸币投币口34投入硬币或者纸币，硬币或者纸币投入后，货币识别器4将货币的投入信号传输给控制器5；
清洁：散装牙膏壳9与第一电磁阀7的输出接口连接以及控制器5收到货币识别器4的货币输入信息后，控制器5控制接通第二电磁阀24以及灌水泵22的电源，第二电磁阀24导通，灌水泵22运行，灌水泵22将清洁水箱21内的清洁水经第二电磁阀24灌注到散装牙膏壳9内，利用清洁水清洗散装牙膏壳9；
抽水：清洗时间达到设定的时间后，控制器5控制切断第二电磁阀24以及灌水泵22的电源，第二电磁阀24关闭，灌水泵22停止运行；第二电磁阀24以及灌水泵22的电源切断后，控制器5接通第三电磁阀26以及抽水泵23的电源，第三电磁阀26导通，抽水泵23运行，抽水泵23将散装牙膏壳9内的清洁水经第三电磁阀26抽到废水箱25；
灌注：散装牙膏壳9内的清洁水抽走后，抽水泵23运行达到设定的时间，控制器5控制电动推杆8工作，电动推杆8的动力杆14推桶装牙膏6的灌注活塞11向上移动，利用灌注活塞11向上移动挤压牙膏12由牙膏输出接头13以及牙膏灌注口19进入牙膏筒16内，同时牙膏筒16的活塞17随牙膏12的不断挤入而不断地上升；
停止：牙膏12挤满牙膏筒16时，活塞17上升到牙膏筒16的顶端，设于活塞17的第一感应头39接近第二传感器38，第二传感器38将其信号传输给控制器5，控制器5控制电动推杆8停止工作，牙膏挤压停止；
拆卸：将散装牙膏壳9的牙膏灌注口17与第一电磁阀7的输出接口的连接解开，牙膏自动售卖完毕。
为了显示智能散装牙膏售卖机的使用方法的工作情况，控制器5设有显示器40，控制器5通过控制线与显示器40连接，用于显示智能散装牙膏售卖机的使用方法的工作情况。
为了检测桶装牙膏6的密封桶10是否还有牙膏以及将其信息通知供应商，控制器5设有第三传感器41，第三传感器41安装于箱体1上，第三传感器41位于桶装牙膏6的密封桶10上端的旁边，第三传感器41设有第二感应头42，第二感应头42安装于桶装桶装牙膏6的灌注活塞11上；桶装牙膏6的牙膏售完时，灌注活塞11以及第二感应头42上升到密封桶10的上端，第二感应头42接近第三传感器41，第三传感器41将其信号传输给控制器5；控制器5设有数据输出接头43，数据输出接头43与互联网连接，控制器5通过数据输出接头43将桶装牙膏6牙膏售完的信息传输到互联网，供应商可以于互联网了解到智能散装牙膏售卖机的使用方法使用的信息，及时更换新的桶装牙膏6；同时，桶装牙膏6的牙膏售完时，灌注活塞11的第二感应头42接近第二传感器42，第二传感器42将其信号传输给控制器5，控制器5将其信号传输到显示器40，显示器40显示桶装牙膏6内的牙膏10售完情况。桶装牙膏6的牙膏售完时，控制器5将其信号传输给货币识别器4，货币识别器4将投入的货币退回到退币口36。
为了控制智能散装牙膏售卖机的使用方法进入自动控制流程，控制器5设有工作流程自动启动按钮44以及工作流程停止按钮45，按下自动启动按钮44，智能散装牙膏售卖机的使用方法进入自动控制流程，按下停止按钮45智能散装牙膏售卖机的使用方法停止自动控制流程。
为了检测、显示以及向清洁水箱21补充清洁水，控制器5设有第四传感器47，第四传感器47安装于安装于箱体1上，第四传感器47位于清洁水箱21底部的旁边，第四传感器47设有第三感应头48安装于清洁水箱21水面上的浮球49上；清洁水箱21设有加水口50，利用加水口50可 以向清洁水箱21补充清洁水。
为了清理废水箱25的废水，废水箱25设有排水阀51，排水阀51与废水箱25底部的排污口52连接。
为了及时向清洁水箱21补充清洁水，清洁水箱21内的浮球49以及第三感应头48随清洁水箱21内的清洁水下降而下降，当浮球49以及第三感应头48下降到清洁水箱21的底部时，第三感应头48接近第四传感器47，第四传感器47将其信息传输给控制器5，控制器5将其信号通过数据输出接头43传输到互联网，通知供应商补充清洁水。

Claims (6)

  1. 智能散装牙膏售卖机的使用方法，智能散装牙膏售卖机包括有箱体(1)、牙膏灌注装置(2)、牙膏壳清洁装置(3)、货币识别器(4)以及控制器(5)，牙膏灌注装置(2)、牙膏壳清洁装置(3)、货币识别器(4)以及控制器(5)安装于箱体(1)上；牙膏灌注装置(2)包括有桶装牙膏(6)、第一电磁阀(7)、电动推杆(8)以及散装牙膏壳(9)；桶装牙膏(6)包括有密封桶(10)、灌注活塞(11)以及牙膏(12)，密封桶(10)设有牙膏输出接头(13)，牙膏输出接头(13)与密封桶(10)的型腔连通；电动推杆(8)的机座与箱体(1)固定连接，密封桶(10)的外壳与箱体(1)连接，电动推杆(8)的动力杆(14)与灌注活塞(11)连接；散装牙膏壳(9)包括有导向筒(15)、牙膏筒(16)、活塞(17)以及活塞杆(18)，牙膏筒(16)设有牙膏灌注口(19)，牙膏灌注口(19)旁边设有牙膏壳清洁口(20)；第一电磁阀(7)与桶装牙膏(6)以及散装牙膏壳(9)连接；牙膏壳清洁装置(3)包括有清洁水箱(21)、灌水泵(22)、抽水泵(23)、第二电磁阀(24)、第三电磁阀(26)以及废水箱(25)；第二电磁阀(24)以及第三电磁阀(26)与散装牙膏壳(9)连接，第二电磁阀(24)与灌水泵(22)连接，灌水泵(22)与清洁水箱(21)连接；第三电磁阀(26)与抽水泵(23)连接，抽水泵(23)与废水箱(25)连接；货币识别器(4)包括有控制板(33)、硬币投币口(34)、纸币投币口(35)以及退币口(36)；控制器(5)设有第一传感器(37)以及第二传感器(38)，第一传感器(37)位于牙膏灌注口(19)的旁边；第二传感器(38)位于牙膏筒(16)顶端的旁边，第二传感器(38)设有第一感应头(39)，第一感应头(39)安装于散装牙膏壳(9)的活塞(17)上；控制器(5)通过控制线与电动推杆(6)的电源接头、第一传感器(36)、第二传感器(37)、第一电磁阀(7)、第二电磁阀(24)、第三电磁阀(26)、灌水泵(22)、抽水泵(23)以及控制板(46)连接；
    其特征在于：所述的智能散装牙膏售卖机的使用方法是：智能散装牙膏售卖机的使用方法的流程是：连接→投币→清洁→抽水→灌注→停止→拆卸
    智能散装牙膏售卖机的使用方法的流程具体是：
    连接：将牙膏灌注装置(2)的散装牙膏壳(9)的牙膏灌注口(19)与第一电磁阀(7)的输出接口连接，散装牙膏壳(9)接近第一传感器(37)，第一传感器(37)将其连接的信号传输给控制器(5)；
    投币：于硬币投币口(33)或者纸币投币口(34)投入硬币或者纸币，硬币或者纸币投入后，货币识别器(4)将货币的投入信号传输给控制器(5)；
    清洁：散装牙膏壳(9)与第一电磁阀(7)的输出接口连接以及控制器(5)收到货币识别器(4)的货币输入信息后，控制器(5)控制接通第二电磁阀(24)以及灌水泵(22)的电源，第二电磁阀(24)导通，灌水泵(22)运行，灌水泵(22)将清洁水箱(21)内的清洁水经第二电磁阀(24)灌注到散装牙膏壳(9)内，利用清洁水清洗散装牙膏壳(9)；
    抽水：清洗时间达到设定的时间后，控制器(5)控制切断第二电磁阀(24)以及灌水泵(22)的电源，第二电磁阀(24)关闭，灌水泵(22)停止运行；第二电磁阀(24)以及灌水泵(22)的电源切断后，控制器(5)接通第三电磁阀(26)以及抽水泵(23)的电源，第三电磁阀(26)导通，抽水泵(23)运行，抽水泵(23)将散装牙膏壳(9)内的清洁水经第三电磁阀(26)抽到废水箱(25)；
    灌注：散装牙膏壳(9)内的清洁水抽走后，抽水泵(23)运行达到设定的时间，控制器(5)控制电动推杆(8)工作，电动推杆(8)的动力杆(14)推桶装牙膏(6)的灌注活塞(11)向上移动，利用灌注活塞(11)向上移动挤压牙膏(12)由牙膏输出接头(13)以及牙膏灌注口(19)进入牙膏筒(16)内，同时牙膏筒(16)的活塞(17)随牙膏(12)的不断挤入而不断地上升；
    停止：牙膏(12)挤满牙膏筒(16)时，活塞(17)上升到牙膏筒(16)的顶端，设于活塞(17)的第一感应头(39)接近第二传感器(38)，第二传感器(38)将其信号传输给控制器(5)，控制器(5)控制电动推杆(8)停止工作，牙膏挤压停止；
    拆卸：将散装牙膏壳(9)的牙膏灌注口(17)与第一电磁阀(7)的输出接口的连接解开，牙膏自动售卖完毕。
  2. 根据权利要求1所述的智能散装牙膏售卖机的使用方法，其特征在于：所述的桶装牙膏(6)的牙膏售完时，灌注活塞(11)以及第二感应 头(42)上升到密封桶(10)的上端，第二感应头(42)接近第三传感器(41)，第三传感器(41)将其信号传输给控制器(5)。
  3. 根据权利要求2所述的智能散装牙膏售卖机的使用方法，其特征在于：所述的控制器(5)设有数据输出接头(43)，数据输出接头(43)与互联网连接，控制器(5)通过数据输出接头(43)将桶装牙膏(6)牙膏售完的信息传输到互联网，供应商可以于互联网了解到智能散装牙膏售卖机的使用方法使用的信息，及时更换新的桶装牙膏(6)。
  4. 根据权利要求2所述的智能散装牙膏售卖机的使用方法，其特征在于：所述的桶装牙膏(6)的牙膏售完时，灌注活塞(11)的第二感应头(42)接近第二传感器(42)，第二传感器(42)将其信号传输给控制器(5)，控制器(5)将其信号传输到显示器(40)，显示器(40)显示桶装牙膏(6)内的牙膏(10)售完情况。
  5. 根据权利要求2所述的智能散装牙膏售卖机的使用方法，其特征在于：所述的桶装牙膏(6)的牙膏售完时，控制器(5)将其信号传输给货币识别器(4)，货币识别器(4)将投入的货币退回到退币口(36)。
  6. 根据权利要求2所述的智能散装牙膏售卖机的使用方法，其特征在于：所述的清洁水箱(21)内的浮球(49)以及第三感应头(48)随清洁水箱(21)内的清洁水下降而下降，当浮球(49)以及第三感应头(48)下降到清洁水箱(21)的底部时，第三感应头(48)接近第四传感器(47)，第四传感器(47)将其信息传输给控制器(5)，控制器(5)将其信号通过数据输出接头(43)传输到互联网，通知供应商补充清洁水。
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