CN212174449U - Intelligent glass water filling system - Google Patents

Abstract

The application provides an intelligent glass water filling system, a filling gun can output two kinds of glass water, a user can charge, inquire and manage an intelligent induction card of the user through a WeChat public number, and the user can select favorite glass water for use; the filling personnel is convenient to operate, and the situation that the balance in the card is insufficient and the tap water which is not treated needs to be added is avoided; and softened glass water is treated by the filtering component, so that the problems of wiper aging, pipeline blockage, poor cleaning effect and the like caused by filling external tap water by most customers can be solved. Simultaneously, softened glass water subjected to filtering and softening treatment and glass water stock solution are uniformly mixed according to a set proportion, and coated glass water is output through a filling gun, so that the problem that liquid mixing is not uniform and the cleaning effect is poor due to the fact that a user fills and assembles a wiper essence effervescent tablet is solved, and a proportional pump can be adopted to ensure that the mixing proportion is always in the set range, the precision of the mixing proportion is high, and the cleaning effect can be ensured.

Description

Intelligent glass water filling system

Technical Field

The utility model relates to an automobile accessory equipment field indicates an intelligence glass water filling system especially.

Background

Glass water is commonly known as automobile windshield cleaning fluid. Belongs to the consumable article in the use of automobiles. The high-quality automobile windshield glass water mainly comprises water, alcohol, glycol, a corrosion inhibitor and various surfactants. When the transparency of the front windshield is reduced, a clear visual field can be provided for people by spraying glass water. Particularly, when the vehicle runs at night, dust on the glass scatters light, and at the moment, glass water needs to be sprayed to keep the front windshield in the optimal transparent state, so that the driving safety of the vehicle is improved.

Glass water on the market at present generally comprises the following filling modes: 1. the bottled glass water directly prepared in the market is large in volume, heavy in volume, inconvenient to sell and store and inconvenient to fill; 2. adding wiper essence or effervescent tablets into a glass water tank of an automobile directly, and then injecting tap water into the glass water tank; among them, there are the following disadvantages: the liquid mixing ratio of the wiper essence or the effervescent tablets in the glass water tank to tap water is not uniform, so that the cleaning effect is poor; and the common tap water used for a long time also contains more impurities, and the impurities can adhere to the rubber tube for a long time to influence the normal water spraying. The long-term use may increase the friction between the glass surface and the wiper blade, and the glass may be scratched.

Disclosure of Invention

In order to solve the problems, the utility model provides an intelligent glass water filling system, a filling gun can output two kinds of glass water, a user can realize the intelligent induction card for filling, inquiring and managing through WeChat public numbers, and can also select favorite products for use; and the filling personnel is convenient to operate, and does not need to worry about insufficient balance in the card and find the untreated tap water for adding.

In order to achieve the above object, the utility model adopts the following technical scheme: the utility model provides an intelligence glass water filling system, includes filling device, backstage server, sets up the intelligent response card on user's vehicle kettle lid, wherein the filling device is including filling quick-witted case, filling gun, and wherein the filling gun embeds there is the intelligent inductive head that is used for detecting intelligent response card, the filling machine incasement embeds there is power module, filter component, proportioning pump, coated glass water solenoid valve, softens glass water solenoid valve, the water pipe that communicates with external running water, with backstage server both-way communication connection's control module, the stoste case that is equipped with glass water stoste, power module and control module electric connection, and control module respectively with intelligent inductive head, coated glass water solenoid valve, soften glass water solenoid valve electric connection, wherein the proportioning pump is provided with first mixed input, second mixed input, first mixed output respectively, wherein water pipe and filter assembly's input intercommunication, and filter assembly's output and the first mixed input intercommunication of proportional pump, the second of proportional pump mixes input and stoste case intercommunication, just first mixed output passes through coated glass water solenoid valve and filling gun intercommunication, filter assembly's output still communicates with filling gun through softening glass water solenoid valve.

Further, the filter assembly comprises a pre-filter, a micron filter and a high-magnetic softener which are sequentially communicated, wherein the tap water pipe is communicated with the pre-filter; the high-magnetic softener is provided with a first softening output end and a second softening output end, the first softening output end is communicated with a first mixing input end of the proportioning pump, and the second softening output end is communicated with the filling gun.

Further, still include coated glass water flowmeter and soften glass water flowmeter, wherein coated glass water electromagnetic valve's output passes through coated glass water flowmeter and filling gun intercommunication, soften glass water electromagnetic valve through soften glass water flowmeter and filling gun intercommunication, coated glass water flowmeter's output and soften glass water flowmeter's output all with control assembly's input is connected.

Further, the filter assembly still includes first blow off pipe, second blow off pipe, third blow off pipe, with power supply module electric connection's blowdown button switch, with blowdown button switch electric connection's blowdown solenoid valve, wherein leading filter is provided with first blowdown output, micron filter is provided with second blowdown output, first blowdown output is through the input intercommunication of first blow off pipe with blowdown solenoid valve, second blowdown output is through the input intercommunication of second blow off pipe with blowdown solenoid valve, the output of blowdown solenoid valve passes through the third blow off pipe and discharges sewage to filling machine case outside.

Further, the filling machine case is provided with a sliding door, wherein the sliding door is covered on the filling machine case and is tightly attached to the sewage discharge button switch, and the sewage discharge button switch is in a pressed closed state.

The filling gun is provided with a first filling input end and a second filling input end, wherein the output end of the coated glass water flowmeter is communicated with the first filling input end of the filling gun through the coated glass water output pipe, and the softened glass water flowmeter is communicated with the second filling input end of the filling gun through the softened glass water output pipe; and an intelligent induction head in the filling gun is connected with a transmission signal line, the intelligent induction head is connected with a control component in the filling machine case through the transmission signal line, and the coated glass water output pipe, the softened glass water output pipe and the transmission signal line are all arranged in the spring sleeve.

Further, the inboard of push-and-pull door still fixed mounting have the report loudspeaker, report loudspeaker and control assembly electric connection.

Further, the power supply assembly comprises a power connector and a 12V transformer, the power connector is connected with the 12V transformer, and the 12V transformer is electrically connected with the sewage discharge electromagnetic valve and the control assembly respectively.

Further, the control assembly comprises a filling machine host and a filling machine controller, the power supply assembly is electrically connected with the filling machine host and the filling machine controller respectively, and the filling machine host is electrically connected with the filling machine controller.

Furthermore, a one-way check valve is arranged in the first mixing input end of the proportioning pump, and when softened glass water is prevented from being filled, the coated glass water in the proportioning pump is mixed with the softened glass water.

Further, the control assembly further comprises a wireless communication antenna, and the filling machine host is in two-way communication connection with the background server through the wireless communication antenna. And the control component is arranged at the inner side door plate of the sliding door.

The beneficial effects of the utility model reside in that:

1. the intelligent sensing card is attached to a kettle cover of the vehicle, namely, a vehicle owner does not need to carry a membership card, the networked filling machine can fill more devices, and a filling person can confirm the membership by opening an engine cover to see the intelligent sensing card;

2. when the system is used, the intelligent induction head of the filling gun is adopted to read the intelligent induction card of a user vehicle, the system reads the correspondingly bound user information, the balance of the user is determined, and the control component controls the opening of the coated glass water electromagnetic valve; a filling worker fills the coated glass water into the vehicle glass water kettle through the filling gun, and the filling amount of the glass water can be manually controlled, so that the situation that the glass water is excessively filled or is excessively filled is avoided.

3. Be provided with transmission signal line, coated glass water output tube, softened glass water output tube in the spring housing, can stretch the filling rifle to vehicle kettle intelligence induction card position during the filling, adopt intelligent inductive head to read the card filling, fill to filling device after the filling is accomplished, reduce pipeline occupation space, whole pleasing to the eye clean and tidy.

4. Under the condition that the user is determined to have balance, the electromagnetic valve of the coated glass water is started, the proportioning pump works, softened glass water subjected to filtering and softening treatment is uniformly mixed with glass water stock solution according to a set proportion, and then the coated glass water is output through the filling gun, so that the problem that the cleaning effect is poor due to the fact that the bottled wiper essence and effervescent tablet liquid are not uniformly mixed by the user is solved, the proportioning pump can be adopted to ensure that the mixing proportion is always within the set range, the precision of the mixing proportion is high, and the cleaning effect can be ensured. But also can reduce the use of packaging bottles filled with wiper essence, glass water and the like, and is more energy-saving and environment-friendly.

5. When reading the intelligent sensing card, when the user account that binds does not have the balance, control assembly controls the opening of demineralized glass water solenoid valve promptly, and filling gun still can output the demineralized glass water through filtration and softening treatment promptly, need not worry that card internal balance is not enough and need not look for the running water that does not pass through the processing and add, and demineralized glass water passes through the processing of filter assembly in addition, can solve wiper ageing, pipeline jam, clean poor scheduling problem of effect that most customers caused filling external running water.

Drawings

Fig. 1 is a schematic view of the internal structure of the filling device of the present invention.

Fig. 2 is the module block diagram of the intelligent glass water filling system of the utility model.

Fig. 3 is a schematic perspective view of the spring sleeve of the present invention.

Fig. 4 is a schematic view of the longitudinal section structure of the middle spring sleeve of the present invention.

Fig. 5 is a schematic perspective view of the filling gun of the present invention.

Fig. 6 is a schematic perspective view of the filling device of the present invention.

The reference numbers illustrate: the device comprises a sliding door 101, a fixed support 102, a door lock 103, a filling machine case 10, a pre-filter 1, a micron filter 2, a high-magnetic softener 3, a proportioning pump 4, a coated glass water electromagnetic valve 5, a coated glass water flowmeter 6, a softened glass water electromagnetic valve 7, a softened glass water flowmeter 8, a sewage discharge button switch 9, a sewage discharge electromagnetic valve 10, a filling gun 11, a tap water main switch 12, a stock solution case 13, a tap water pipe 14, a first sewage discharge pipe 15, a second sewage discharge pipe 16, a third sewage discharge pipe 17, a coated glass water output pipe 18, a softened glass water output pipe 19, a background server 20, a wireless communication antenna 21, a filling machine host 22, a filling machine controller 23, a power connector 24, a 12V transformer 25, a broadcasting horn 26, a first filling input end 111, a second filling input end 112, an intelligent induction head 113, a transmission signal line 114, a filling wrench 115 and an intelligent induction card 27, A spring sleeve 28.

Detailed Description

Referring to fig. 1-6, the utility model relates to an intelligent glass water filling system, which comprises a filling device, a background server 20, and an intelligent sensing card 27 arranged on the water bottle cap of a user vehicle, wherein the filling device comprises a filling machine case 10 and a filling gun 11, wherein the filling gun 11 is internally provided with an intelligent sensing head 113 for detecting the intelligent sensing card 27, the filling machine case 10 is internally provided with a power supply assembly, a filter assembly, a proportioning pump 4, a coated glass water electromagnetic valve 5, a softened glass water electromagnetic valve 7, a tap water pipe 14 communicated with external tap water and provided with a tap water main switch 12, a control assembly in two-way communication connection with the background server 20, and a raw liquid tank 13 filled with glass water raw liquid, the power supply assembly is electrically connected with the control assembly, and the control assembly is respectively electrically connected with the intelligent sensing head 113, the coated glass electromagnetic valve 5, and the softened glass water electromagnetic valve 7, wherein proportional pump 4 is provided with first mixed input, the mixed input of second, the first output that mixes respectively, wherein water pipe 14 and filter assembly's input intercommunication, and filter assembly's output and proportional pump 4's first mixed input intercommunication, proportional pump 4's the mixed input of second and stoste case 13 intercommunication, just first mixed output passes through coated glass water solenoid valve 5 and filling gun 11 intercommunication, filter assembly's output still communicates with filling gun 11 through softening glass water solenoid valve 7.

In the application, the intelligent sensing card 27 is attached to the kettle cover of the vehicle, namely, a vehicle owner does not need to carry a membership card, and a filling person can confirm the membership by opening the engine cover to see the intelligent sensing card 27; when the system is used, the intelligent sensing head 113 of the filling gun 11 is adopted to read the intelligent sensing card 27 of a user vehicle, the system reads the corresponding bound user information, the balance of the user is determined, and the control component controls the electromagnetic valve 5 of the coated glass water to start; the filling personnel fill the glass water into the vehicle glass water kettle through the filling gun 11, and the filling amount of the glass water can be controlled through the filling wrench 115, so that the situation that the glass water is too much or too little filled is avoided. Under the condition that the user is determined to have balance, the coated glass water electromagnetic valve 5 is opened, the proportioning pump 4 works, softened glass water subjected to filtering and softening treatment is uniformly mixed with glass water stock solution according to a set proportion, and then coated glass water is output through the filling gun 11, so that the problem that the cleaning effect is poor due to the fact that the bottled wiper essence and effervescent tablet liquid mixing proportion is not uniform when the user fills is solved, the proportioning pump 4 can be adopted to ensure that the mixing proportion is always within the set range, the precision of the mixing proportion is high, and the cleaning effect can be ensured.

When the intelligent sensing card 27 is read, when the bound user account has no balance, the softened glass water electromagnetic valve 7 is opened, namely the filling gun 11 can still output the softened glass water after filtering and softening treatment, the situation that the balance in the card is insufficient and the treated tap water is not required to be added is avoided, and the problem that most of customers age the windscreen wiper, block the pipeline, have poor cleaning effect and the like caused by filling external tap water can be solved by treating the tap water through the filtering component.

The filling gun 11 can discharge two kinds of glass water, the user can select the coated glass water which is charged and purchased in the public number for use, or can directly use free softened glass water without charging, and the filling personnel can fill the glass water by using a membership card (an intelligent sensing card 27) and can not fill the glass water because no money exists in the card. The member WeChat public number registers and recharges, manages the member card, and is convenient for management, checking account and preferential activities.

And the membership card (the intelligent induction card 27) is arranged on the kettle cover, so that a user does not need to carry a card with him, the networked filling machine can be filled, a card reader which carries the card to the filling machine is not needed to read the card and input a password, and a filling person can see the card to confirm the identity so as to confirm whether to use the filling machine. Moreover, the equipment is low in cost and durable, can provide a high-quality and low-price product for a user, and also provides excellent return for a filling point of a car washing and beautifying shop.

Referring to fig. 2, further, the filtering assembly includes a pre-filter 1, a micron filter 2, and a high magnetic softener 3, which are sequentially connected, wherein the tap water pipe 14 is connected to the pre-filter 1; the high-magnetic softener 3 is provided with a first softening output end and a second softening output end, the first softening output end is communicated with a first mixing input end of the proportioning pump 4, and the second softening output end is communicated with the filling gun 11; . In the embodiment, tap water is treated by the pre-filter 1, the micron filter 2 and the high-magnetic softener 3, so that the problems of wiper aging, pipeline blockage, poor cleaning effect and the like caused by the fact that most customers fill external tap water can be solved.

Referring to fig. 2, the system further comprises a coated glass water flow meter 6 and a softened glass water flow meter 8, wherein an output end of the coated glass water electromagnetic valve 5 is communicated with the filling gun 11 through the coated glass water flow meter 6, the softened glass water electromagnetic valve 7 is communicated with the filling gun 11 through the softened glass water flow meter 8, and an output end of the coated glass water flow meter 6 and an output end of the softened glass water flow meter 8 are both connected with an input end of the control component. In the working process, the softened glass water flow meter 8 and the coated glass water flow meter 6 record the output quantities of the softened glass water and the coated glass water and transmit the data to the control component, and the control component calculates the residual condition of the glass water stock solution according to the data and the preset mixing proportion and transmits the residual condition to the background server 20; therefore, the background server 20 can monitor the usage and remaining condition of the glass water stock solution in real time, so as to facilitate subsequent replenishment and cost statistics.

Referring to fig. 2, further, the filter assembly further includes a first drain pipe 15, a second drain pipe 16, a third drain pipe 17, a drain button switch 9 electrically connected to the power supply assembly, and a drain solenoid valve 10 electrically connected to the drain button switch, wherein the pre-filter 1 is provided with a first drain output end, the micro-filter 2 is provided with a second drain output end, the first drain output end is communicated with an input end of the drain solenoid valve 10 through the first drain pipe 15, the second drain output end is communicated with an input end of the drain solenoid valve 10 through the second drain pipe 16, and an output end of the drain solenoid valve 10 discharges sewage out of the refilling case 10 through the third drain pipe 17. The filling machine case 10 is provided with a sliding door 101, wherein the sliding door 101 covers the filling machine case 10 and is tightly attached to the sewage discharge button switch 9, and the sewage discharge button switch 9 is in a pressed closed state.

Referring to fig. 1-6, in the present embodiment, the sliding door 101 is normally covered on the filling machine case 10 and pressed on the blow-down button switch 9, and at this time, the blow-down electromagnetic valve 10 is in a closed state; when the door lock 103 on the sliding door 101 is opened, the sliding door 101 is pulled open, the sliding door 101 is not pressed on the blowdown button switch 9, the blowdown button switch 9 is opened under the action of self elasticity, namely the blowdown electromagnetic valve 10 is controlled to be opened (the blowdown electromagnetic valve 10 is in a normally closed state under the condition of no power supply), so that the sewage in the pre-filter 1 is discharged out of the filling case 10 through the first blowdown output end, the first blowdown pipe 15, the blowdown electromagnetic valve 10 and the third blowdown pipe 17 in sequence under the action of self water pressure, and similarly, the sewage in the micron filter 2 is discharged out of the filling case 10 through the second blowdown output end, the second blowdown pipe 16, the blowdown electromagnetic valve 10 and the third blowdown pipe 17 in sequence under the action of self water pressure; the user can discharge waste water by refilling the stock solution, maintaining and designing the filling machine to open the door, and does not need to forget not to discharge the waste water for a long time, so that the use effect of the equipment parts is ensured.

Referring to fig. 1-6, further comprising a coated glass water output pipe 18, a softened glass water output pipe 19, and a spring sleeve 28, wherein the filling gun 11 is provided with a first filling input end 111 and a second filling input end 112, wherein an output end of the coated glass water flow meter 6 is communicated with the first filling input end 111 of the filling gun 11 through the coated glass water output pipe 18, and the softened glass water flow meter 8 is communicated with the second filling input end 112 of the filling gun 11 through the softened glass water output pipe 19; and the intelligent induction head 113 in the filling gun 11 is connected with a transmission signal line 114, the intelligent induction head 113 is connected with a control component in the filling machine case 10 through the transmission signal line 114, and the coated glass water output pipe 18, the softened glass water output pipe 19 and the transmission signal line 114 are all arranged in the spring sleeve 28.

In the embodiment, the coated glass water output tube 18, the softened glass water output tube 19 and the transmission signal wire 114 are all arranged in the spring sleeve 28, the water tube and the signal wire are all contained in the spring sleeve 28 with elasticity, the spring sleeve 28 can be deformed and elongated under the elasticity effect when in use, and the spring sleeve 28 is deformed and wound into a spiral shape under the elasticity effect when in recovery, so that the whole body occupies no space and is beautiful and elegant.

Further, the inboard of push-and-pull door 101 is fixed mounting still has broadcast loudspeaker 26, broadcast loudspeaker 26 and control assembly electric connection. Broadcast loudspeaker 26 can the voice broadcast, the various operating conditions of suggestion, and the personnel of annotating can analyze each circumstances of annotating.

Further, the power supply assembly comprises a power connector 24 and a 12V transformer 25, the power connector 24 is connected with the 12V transformer 25, and the 12V transformer 25 is respectively electrically connected with the pollution discharge button switch 9 and the control assembly. 12v power consumption, the filling machine is safe and energy-saving, and the power consumption cost of the filling service point is low.

Further, the control assembly comprises a filling machine main machine 22 and a filling machine controller 23, the power supply assembly is electrically connected with the filling machine main machine 22 and the filling machine controller 23 respectively, and the filling machine main machine 22 is electrically connected with the filling machine controller 23.

Further, the control assembly further comprises a wireless communication antenna 21 arranged outside the filling machine case 10, and the filling machine host 22 is in bidirectional communication connection with the background server 20 through the wireless communication antenna 21. The wireless communication antenna 21 is used for transmitting various data to the background server 20, so that the whole equipment can realize wireless data transmission without considering the problem of wiring too much, and the installation is more convenient, wherein the wireless communication antenna 21 is a wireless 4G antenna; moreover, the fixing bracket 102 can be installed on the outer surface of the filling machine case 10, the whole equipment is fixed on the wall body through the fixing bracket 102, and meanwhile, the whole equipment is small in size and cannot occupy the ground space when hung on the wall. The waterproof case can guarantee that the filling device can still work stably and normally under the humid working environment of the car washing and beautifying shop.

The specific working principle is as follows:

1. when the balance in the memory of the intelligent induction card 27 is determined:

when a member user vehicle enters a filling area of a filling machine, a filling worker opens a vehicle engine cover and checks whether a vehicle water jug cover is attached with the intelligent induction card 27; if the intelligent induction card 27 is determined to be attached, a filling person lifts the filling gun 11, reads information of the intelligent induction card 27 by using an intelligent induction head 113 of the filling gun 11, sends the information to the filling machine controller 23 through a transmission signal line 114 in the spring tube, transmits the information to the background server 20 through the filling machine main board through the wireless communication antenna 21, and confirms that the balance is stored in the background server 20, namely, the filling machine main unit 22 controls the coated glass water electromagnetic valve 5 to be opened and the proportional pump 4 to be started; namely, tap water can sequentially pass through a pre-filter 1, a micron filter 2 and a high-magnetic softener 3 to generate softened glass water, and the softened glass water enters a proportioning pump 4; the second mixing input end of the proportioning pump 4 extracts the glass water stock solution in the stock solution tank 13, mixes the glass water stock solution and softened glass water into coated glass water according to a set proportion, and then the coated glass water sequentially passes through the coated glass water electromagnetic valve 5, the coated glass water flow meter 6, the coated glass water output pipe 18 in the spring sleeve 28 and the first filling input end 111 of the filling gun 11 to reach the filling gun 11; a filling person fills the coated glass water into the vehicle kettle through the filling gun 11; when the glass water is full, the filling wrench 115 on the filling gun 11 is released, filling can be stopped, and after the coated glass water flowmeter 6 stops rotating for 10S, the filling machine controller 23 can control the coated glass water electromagnetic valve 5 to automatically close, the system automatically settles, and filling is completed.

2. When there is no balance in the smart sensor card 27 at all:

when a member user vehicle enters a filling area of a filling machine, a filling worker opens a vehicle engine cover and checks whether a vehicle water jug cover is attached with the intelligent induction card 27; if the intelligent induction card 27 is determined to be attached, a filling worker lifts the filling gun 11, reads information of the intelligent induction card 27 through an intelligent induction head 113 of the filling gun 11, sends the information to the filling machine controller 23 through a transmission signal line 114 in the spring tube, transmits the information to the background server 20 through the filling machine main board through the wireless communication antenna 21, and confirms that no balance exists completely through the background server 20, namely the filling machine host 22 controls the opening of the softened glass water electromagnetic valve 7, and the coated glass water electromagnetic valve 5 is not electrified and is normally closed; that is, tap water can sequentially pass through the prefilter 1, the micron filter 2 and the high-magnetic softener 3 to generate softened glass water, and then the softened glass water sequentially passes through the softened glass water electromagnetic valve 7, the softened glass water flowmeter 8, the softened glass water output pipe 19 in the spring sleeve 28 and the second filling input end 112 of the filling gun 11 to reach the filling gun 11; the filling personnel can fill softened glass water into the vehicle kettle through the filling gun 11; when the glass water is full, the filling wrench 115 on the filling gun 11 is released, filling can be stopped, and after the softened glass water flow meter 8 stops rotating for 10S, the filling machine controller 23 can control the softened glass water electromagnetic valve 7 to be automatically closed, the system automatically settles accounts, and filling is finished.

3. The balance in the smart sensor card 27 is insufficient during the filling process:

when a member user vehicle enters a filling area of a filling machine, a filling worker opens a vehicle engine cover and checks whether a vehicle water jug cover is attached with the intelligent induction card 27; if the intelligent induction card 27 is determined to be attached, a filling person lifts the filling gun 11, the intelligent induction head 113 of the filling gun 11 is used for reading the information of the intelligent induction card 27, the information is sent to the filling machine controller 23 through the transmission signal line 114 in the spring tube and is transmitted to the background server 20 through the filling machine main board through the wireless communication antenna 21, the background server 20 confirms that the balance is stored, namely the filling machine main machine 22 controls the coated glass water electromagnetic valve 5 to be opened, the softened glass water electromagnetic valve 7 is normally closed when no electricity is supplied, and the proportional pump 4 is started; namely, tap water can sequentially pass through a pre-filter 1, a micron filter 2 and a high-magnetic softener 3 to generate softened glass water, and the softened glass water enters a proportioning pump 4; the second mixing input end of the proportioning pump 4 extracts the glass water stock solution in the stock solution tank 13, mixes the glass water stock solution and softened glass water into coated glass water according to a set proportion, and then the coated glass water sequentially passes through the coated glass water electromagnetic valve 5, the coated glass water flow meter 6, the coated glass water output pipe 18 in the spring sleeve 28 and the first filling input end 111 of the filling gun 11 to reach the filling gun 11; a filling person fills the coated glass water into the vehicle kettle through the filling gun 11; when the glass water is filled, the account balance in the intelligent sensing card 27 is completely deducted, namely the filling machine host 22 controls the electromagnetic valve 5 of the coated glass water to be closed; the filling staff needs to swipe the smart card 27 again by using the smart sensor head 113, that is, the subsequent work flow is consistent with the work flow in which there is no balance in the smart card 27.

The above embodiments are only for describing the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements made by the technical solution of the present invention by those skilled in the art are all within the scope of the present invention as defined by the claims.

Claims (10)

1. The utility model provides an intelligence glass water filling system which characterized in that: including filling device, backstage server, the intelligent response card of setting on user's vehicle kettle lid, wherein the filling device includes filling machine case, filling gun, wherein the filling gun embeds there is the intelligent inductive head that is used for detecting intelligent inductive card, the filling machine incasement embeds there is power module, filtering component, proportioning pump, coated glass water solenoid valve, softened glass water solenoid valve, the water pipe that communicates with external running water, with backstage server both-way communication's control module, the stoste case that is equipped with glass water stoste, power module and control module electric connection, and control module respectively with intelligent inductive head, coated glass water solenoid valve, softened glass water solenoid valve electric connection, wherein the proportioning pump is provided with first mixed input, second mixed input, first mixed output respectively, wherein the running water pipe communicates with filtering component's input, and the output of filtering component and the first mixed input of proportional pump communicate, the second of proportional pump mixes input and stoste case intercommunication, just first mixed output passes through coated glass water solenoid valve and filling gun intercommunication, filtering component's output still communicates with filling gun through softening glass water solenoid valve.

2. The intelligent glass water filling system of claim 1, wherein: the filter assembly comprises a pre-filter, a micron filter and a high-magnetic softener which are sequentially communicated, wherein the tap water pipe is communicated with the pre-filter; the high-magnetic softener is provided with a first softening output end and a second softening output end, the first softening output end is communicated with a first mixing input end of the proportioning pump, and the second softening output end is communicated with the filling gun.

3. The intelligent glass water filling system of claim 1, wherein: still include coated glass water flowmeter and soft glass water flowmeter, wherein coated glass water electromagnetic valve's output passes through coated glass water flowmeter and filling gun intercommunication, soft glass water electromagnetic valve is through softening glass water flowmeter and filling gun intercommunication, coated glass water flowmeter's output and soft glass water flowmeter's output all with control assembly's input is connected.

4. The intelligent glass water filling system of claim 2, wherein: the filter component further comprises a first sewage discharge pipe, a second sewage discharge pipe, a third sewage discharge pipe, a sewage discharge button switch electrically connected with the power supply component, and a sewage discharge electromagnetic valve electrically connected with the sewage discharge button switch, wherein the front filter is provided with a first sewage discharge output end, the micron filter is provided with a second sewage discharge output end, the first sewage discharge output end is communicated with the input end of the sewage discharge electromagnetic valve through the first sewage discharge pipe, the second sewage discharge output end is communicated with the input end of the sewage discharge electromagnetic valve through the second sewage discharge pipe, and the output end of the sewage discharge electromagnetic valve discharges sewage to the outside of the filling machine case through the third sewage discharge pipe.

5. The intelligent glass water filling system of claim 4, wherein: the filling machine case is provided with a sliding door, wherein the sliding door is covered on the filling machine case and is tightly attached to the sewage discharge button switch, and the sewage discharge button switch is in a pressed closed state.

6. The intelligent glass water filling system of claim 3, wherein: the filling gun is provided with a first filling input end and a second filling input end, wherein the output end of the coated glass water flowmeter is communicated with the first filling input end of the filling gun through the coated glass water output pipe, and the softened glass water flowmeter is communicated with the second filling input end of the filling gun through the softened glass water output pipe; and an intelligent induction head in the filling gun is connected with a transmission signal line, the intelligent induction head is connected with a control component in the filling machine case through the transmission signal line, and the coated glass water output pipe, the softened glass water output pipe and the transmission signal line are all arranged in the spring sleeve.

7. The intelligent glass water filling system of claim 5, wherein: the inboard of push-and-pull door still fixed mounting have the report loudspeaker, report loudspeaker and control assembly electric connection.

8. The intelligent glass water filling system of claim 4, wherein: the power supply assembly comprises a power connector and a 12V transformer, the power connector is connected with the 12V transformer, and the 12V transformer is electrically connected with the sewage discharge electromagnetic valve and the control assembly respectively.

9. The intelligent glass water filling system of claim 1, wherein: the control assembly comprises a filling machine host and a filling machine controller, the power supply assembly is electrically connected with the filling machine host and the filling machine controller respectively, and the filling machine host is electrically connected with the filling machine controller.

10. The intelligent glass water filling system of claim 9, wherein: the control assembly further comprises a wireless communication antenna, and the filling machine host is in two-way communication connection with the background server through the wireless communication antenna.

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