阅读说明：本技术 共享智能热湿巾机 (Shared intelligent hot wet tissue machine ) 是由 张方利 张凯奇 郭帅帅 于 2021-02-08 设计创作，主要内容包括：本发明公开了一种共享智能热湿巾机,属于湿巾制取技术,现有家用型湿巾机操作体验感较差,不适于用作共享设备,本发明在机身设连接控制器的用于与用户交互的显示屏及用于与后台服务器通讯的天线,用户通过移动终端设备与显示屏交互,支付费用后由湿巾机制取热湿巾供用户取用。因此,可将该湿巾机置于公共场所共享使用。进一步的,该湿巾机设清洗喷头,可以清洗取巾篮,保证取巾篮清洁。而且,该湿巾机还设杀菌消毒灯或/和照明灯,可以对取巾篮消毒或/和照明。避免制取的湿巾被污染。(The invention discloses a shared intelligent hot wet tissue machine, belonging to the wet tissue preparation technology, wherein the operation experience of the existing household wet tissue machine is poor, and the machine is not suitable for being used as a shared device. Therefore, the wet towel machine can be shared and used in public places. Furthermore, the wet tissue machine is provided with a cleaning spray head, so that the tissue taking basket can be cleaned, and the cleanness of the tissue taking basket is ensured. Moreover, the wet tissue machine is also provided with a sterilizing lamp or/and a lighting lamp which can sterilize or/and light the tissue taking basket. The prepared wet tissue is prevented from being polluted.)

1. Sharing intelligent hot wet piece of cloth machine, including the fuselage, locate in the fuselage and be controlled by system piece of cloth device, the hot-water heating system of controller, the fuselage is equipped with the piece of cloth basket of getting that is used for receiving wet piece of cloth and is used for getting the piece of cloth mouth of getting that wet piece of cloth basket was taken from getting, characterized by: the machine body is provided with a display screen which is connected with the controller and used for interacting with a user and an antenna used for communicating with the background server.

2. The shared intelligent hot wet towel machine according to claim 1, characterized in that: the machine body comprises a cabinet body, a cabinet door and an upper cover, the cabinet door is locked on one side of the cabinet body, the upper cover is locked on the top of the cabinet body, the display screen is arranged on the upper cover, and the towel taking opening is arranged on the cabinet door.

3. The shared intelligent hot wet towel machine according to claim 1, characterized in that:

the towel manufacturing device comprises a towel guiding mechanism, a towel cutting mechanism and a towel rolling mechanism which are sequentially configured according to the towel cloth output and cooperatively act;

the towel guiding mechanism is provided with a towel lack detection switch, and the towel lack detection switch provides a signal for the controller to control the towel guiding motor of the towel guiding mechanism to stop so as to stop the towel guiding mechanism when a towel is lacked;

the towel cutting mechanism is provided with a knife clamping detection switch, and the knife clamping detection switch provides a signal for the controller so that the controller controls a towel cutting motor of the towel cutting mechanism to rotate reversely when a knife is clamped so as to reset the towel cutting mechanism;

the towel rolling mechanism is provided with a towel clamping detection switch which provides signals for the controller so that the controller controls the towel rolling motor of the towel rolling mechanism to rotate reversely when a towel is clamped so as to reset the towel rolling mechanism.

4. The shared intelligent hot wet towel machine according to claim 3, characterized in that: the towel rolling mechanism is provided with a light sensor for detecting whether the wet towel is actually prepared.

5. The shared intelligent hot wet towel machine according to claim 1, characterized in that: the hot water system comprises a water tank, a water pump, a heating tank and an electric control valve set which are connected in a water pipeline in sequence according to the water flow direction, wherein the electric control valve set is provided with a water spraying interface, a cleaning interface and a circulating interface, the water spraying interface is connected with a water spraying pipe for spraying water to towel cloth, the cleaning interface is connected with a cleaning sprayer for cleaning the towel taking basket, the circulating interface is used for being connected with the water tank through a return pipeline, and a flow sensor is arranged on the return pipeline.

6. The shared intelligent hot wet towel machine of claim 5, wherein: a water inlet temperature sensor is arranged in front of the heating tank, a water outlet temperature sensor is arranged behind the heating tank, and the water inlet temperature sensor and the water outlet temperature sensor provide signals for the controller to control the heating tank to heat water and keep the water at a set temperature; and a water level sensor is arranged in the water tank and provides signals for the controller, and the controller sends water replenishing information to the water tank.

7. The shared intelligent hot wet towel machine of claim 5, wherein: the bottom of the towel taking basket is provided with a funnel, and the funnel is connected with a waste water barrel through a water pipe; the bottom of the towel making device is provided with a water accumulation disc, and the water accumulation disc is provided with a drain pipe used for guiding the waste water to the waste water barrel.

8. The shared intelligent hot wet towel machine according to claim 1, characterized in that: the body is provided with a sterilizing lamp or/and a lighting lamp controlled by the controller.

9. The shared intelligent hot wet towel machine according to claim 1, characterized in that: two bins are arranged in the machine body.

10. The shared intelligent hot wet towel machine according to claim 1, characterized in that: the controller comprises an equipment main board and an industrial control main board which are connected, and the industrial control main board sends, receives and stores information and instructs the equipment main board to control the towel manufacturing device and the hot water system to work.

Technical Field

The invention belongs to a wet tissue preparation technology, and particularly relates to a shared intelligent hot wet tissue machine.

Background

The wet towel machine is an electric appliance for consumers to use, which is used for leading or feeding complete pure cotton cloth or non-woven cloth and other towel cloth, cutting the towel cloth according to sections, wetting (spraying water) and folding or winding the towel cloth into wet towels.

The invention patent application with the application publication number of CN111938485A discloses a wet towel machine, and the invention patent application with the application publication number of CN111616628A also discloses a wet towel machine. The invention discloses a core of a wet tissue machine disclosed in an invention patent with an authorization publication number of CN201591508U, a quick curling and forming mechanism of the wet tissue machine disclosed in an invention patent with an authorization publication number of CN201882669U, a cutting device of the wet tissue machine disclosed in an invention patent with an authorization publication number of CN203247440U, a double-temperature water supply mechanism of the wet tissue machine disclosed in an invention patent with an authorization publication number of CN2359319Y, a cutting mechanism disclosed in an invention patent with an authorization publication number of CN207402868U, a wet tissue machine and a towel machine applying the cutting mechanism, a towel cutting mechanism of the wet tissue machine disclosed in an invention patent with an authorization publication number of CN203779556U and an intelligent towel machine disclosed in an invention patent with an authorization publication number of CN206138026U, and relates to the technical scheme.

The existing wet tissue machine is of a household type, has obvious defects in the aspects of the quantity of prepared tissues, the use environment and the like, is poor in operation experience, and is not suitable for being used as shared equipment. Moreover, the existing household type wet towel machine also lacks sharing consideration in the aspect of cleaning.

Disclosure of Invention

The invention aims to solve the technical problems and provide a shared intelligent hot wet tissue machine, which overcomes the defects that the existing household wet tissue machine has poor operation experience and is not suitable for being used as shared equipment.

In order to achieve the purpose, the shared intelligent hot wet tissue machine comprises a machine body, a tissue making device and a hot water system, wherein the tissue making device is arranged in the machine body and is controlled by a controller, the machine body is provided with a tissue taking basket for receiving wet tissues and a tissue taking opening for taking the wet tissues from the tissue taking basket, and the shared intelligent hot wet tissue machine is characterized in that: the machine body is provided with a display screen which is connected with the controller and used for interacting with a user and an antenna used for communicating with the background server.

As a preferable technical means: the machine body comprises a cabinet body, a cabinet door and an upper cover, the cabinet door is locked on one side of the cabinet body, the upper cover is locked on the top of the cabinet body, the display screen is arranged on the upper cover, and the towel taking opening is arranged on the cabinet door.

As a preferable technical means: the towel manufacturing device comprises a towel guiding mechanism, a towel cutting mechanism and a towel rolling mechanism which are sequentially configured according to the towel cloth output and cooperatively act; the towel guiding mechanism is provided with a towel lack detection switch, and the towel lack detection switch provides a signal for the controller to control the towel guiding motor of the towel guiding mechanism to stop so as to stop the towel guiding mechanism when a towel is lacked; the towel cutting mechanism is provided with a knife clamping detection switch, and the knife clamping detection switch provides a signal for the controller so that the controller controls a towel cutting motor of the towel cutting mechanism to rotate reversely when a knife is clamped so as to reset the towel cutting mechanism; the towel rolling mechanism is provided with a towel clamping detection switch which provides signals for the controller so that the controller controls the towel rolling motor of the towel rolling mechanism to rotate reversely when a towel is clamped so as to reset the towel rolling mechanism.

As a preferable technical means: the towel rolling mechanism is provided with a light sensor for detecting whether the wet towel is actually prepared.

As a preferable technical means: the hot water system comprises a water tank, a water pump, a heating tank and an electric control valve set which are connected in a water pipeline in sequence according to the water flow direction, wherein the electric control valve set is provided with a water spraying interface, a cleaning interface and a circulating interface, the water spraying interface is connected with a water spraying pipe for spraying water to towel cloth, the cleaning interface is connected with a cleaning sprayer for cleaning the towel taking basket, the circulating interface is used for being connected with the water tank through a return pipeline, and a flow sensor is arranged on the return pipeline.

As a preferable technical means: a water inlet temperature sensor is arranged in front of the heating tank, a water outlet temperature sensor is arranged behind the heating tank, and the water inlet temperature sensor and the water outlet temperature sensor provide signals for the controller to control the heating tank to heat water and keep the water at a set temperature; and a water level sensor is arranged in the water tank and provides signals for the controller, and the controller sends water replenishing information to the water tank.

As a preferable technical means: the bottom of the towel taking basket is provided with a funnel, and the funnel is connected with a waste water barrel through a water pipe; the bottom of the towel making device is provided with a water accumulation disc, and the water accumulation disc is provided with a drain pipe used for guiding the waste water to the waste water barrel.

As a preferable technical means: the body is provided with a sterilizing lamp or/and a lighting lamp controlled by the controller.

As a preferable technical means: two bins are arranged in the machine body.

As a preferable technical means: the controller comprises an equipment main board and an industrial control main board which are connected, and the industrial control main board sends, receives and stores information and instructs the equipment main board to control the towel manufacturing device and the hot water system to work.

The body of the invention is provided with a display screen connected with the controller and used for interacting with a user and an antenna used for communicating with the background server, the user interacts with the display screen through the mobile terminal device, and the hot wet tissue is taken by the wet tissue mechanism for the user to take after paying. Therefore, the wet towel machine can be shared and used in public places.

Furthermore, the wet tissue machine is provided with a cleaning spray head, so that the tissue taking basket can be cleaned, and the cleanness of the tissue taking basket is ensured. Moreover, the wet tissue machine is also provided with a sterilizing lamp or/and a lighting lamp which can sterilize or/and light the tissue taking basket. The prepared wet tissue is prevented from being polluted.

Drawings

FIG. 1 is a schematic diagram of the shape of the shared intelligent hot wet towel dispenser of the present invention;

FIG. 2 is a schematic view of the shared intelligent hot wet towel dispenser shown in FIG. 1 with the upper cover and the cabinet door opened;

FIG. 3 is a schematic cross-sectional view of the shared intelligent hot wet towel dispenser of FIG. 1;

FIG. 4 is a schematic diagram of the system control of the shared intelligent hot wet towel dispenser of FIG. 1;

the reference numbers in the figures illustrate:

100, a machine body: the device comprises a cabinet body 101, a cabinet door 102, an upper cover 103, a towel taking basket 104, a towel taking opening 105, a display screen 106, an antenna 107, a sterilizing lamp 108 and an illuminating lamp 109;

200, a controller: 201 equipment mainboard, 202 industrial control mainboard;

300 towel manufacturing device: 301 towel guiding mechanism, 302 towel cutting mechanism, 303 towel rolling mechanism, 304 towel guiding motor, 305 towel cutting motor, 306 towel rolling motor, 307 towel lack detection switch, 308 knife clamping detection switch, 309 towel clamping detection switch and 310 light sensor;

400 hot water system: 401 water tank, 402 water pump, 403 heating tank, 404 electric control valve group, 405 electromagnetic three-way valve, 406 electromagnetic three-way valve, 407 water spray pipe, 408 cleaning spray head, 409 flow sensor, 410 water inlet temperature sensor, 411 water outlet temperature sensor, 412 water level sensor, 413 funnel, 414 water pipe, 415 waste water barrel, 416 silicon controlled rectifier, 417 temperature controller;

501 towel cloth and 502 towel cloth.

Detailed Description

The invention is further described below with reference to the accompanying drawings.

As shown in fig. 1-4, the shared intelligent hot wet towel dispenser comprises a main body 100, a towel making device 300 arranged in the main body and controlled by a controller 200, and a hot water system 400.

The machine body 100 comprises a cabinet body 101, a cabinet door 102 and an upper cover 103, wherein the cabinet door is rotatably assembled at the front side of the cabinet body and locked with the cabinet body through a lock, and the upper cover is rotatably assembled at the top of the cabinet body and locked with the cabinet body through the lock. Therefore, when the cabinet door and the upper cover are locked, the body is in the state shown in figure 1, and the internal structure is shielded. When the cabinet door and the upper cover are unlocked, the cabinet door and the upper cover can be opened as shown in fig. 2, the internal structure of the machine body is exposed, the material change, the towel feeding and the water replenishing of the storage bin are facilitated, and the equipment maintenance is also facilitated.

The body 100 is provided with a towel taking basket 104 for receiving wet towels and a towel taking opening 105 for taking the wet towels from the towel taking basket, the towel taking basket is assembled at the inner side of the cabinet door, and the towel taking opening is formed in the cabinet door.

The body is provided with a display screen 106 connected with the controller and used for interacting with a user and an antenna 107 used for communicating with the background server, the display screen is arranged on the upper cover, and the antenna is arranged on the back of the upper cover. The controller 200 comprises an equipment mainboard 201 and an industrial control mainboard 202 which are connected, wherein the equipment mainboard is provided with an intelligent chip (model: Zhongying SH79F6441-44 QF) for realizing control, and the industrial control mainboard sends, receives and stores information and instructs the equipment mainboard to control the towel manufacturing device and the hot water system to work. The screen is used for presenting feedback information such as an operation interface, the two-dimensional code and the like. The user can complete payment through the screen and the mobile user terminal, the controller can send the payment to a background server (such as a cloud), the background server sends an instruction to an industrial control mainboard, the industrial control mainboard instructs the equipment mainboard to perform a towel making process, and meanwhile, the screen and the mobile user terminal display a towel making state. If the towel manufacturing is abnormal, reporting to the background immediately, and automatically judging by the background to process and feed back to the relevant party. The running state of each device is reported in real time every day, and the device can be maintained and repaired after sale. The regular generation of the business report facilitates the checking of information conditions such as the use frequency and the performance stability of the equipment, and plays an important role in the delivery site and the experience upgrading of the equipment.

As shown in fig. 4, the industrial control motherboard can be connected with the cloud background server through a 4G network or a wireless network, the running conditions of the equipment are fed back to the background server one by one, and the background server is processed and then distributed to mobile terminals such as users, merchants and maintenance masters, so that the wet tissue machine can be used, maintained and repaired conveniently at the first time.

Specifically, the towel manufacturing device 300 includes a towel guiding mechanism 301, a towel cutting mechanism 302, and a towel rolling mechanism 303, which are disposed in sequence according to the output of the towel cloth and cooperate with each other. The towel guiding device is used for quantitatively guiding out the complete towel cloth in the storage bin. The towel cutting mechanism is used for cutting the guided quantitative towel cloth. The towel rolling mechanism is used for rolling the wet towel after wetting, so that the temperature of the hot wet towel is kept more durable and the wet towel can be taken conveniently.

The towel guiding mechanism 301 is provided with a towel missing detection switch 307, and the towel missing detection switch 307 provides a signal to the controller to control the towel guiding motor 304 of the towel guiding mechanism to stop by the controller when a towel is missing so as to stop the towel guiding mechanism.

The towel cutting mechanism 302 has a knife detection switch 308. the knife detection switch 308 provides a signal to the controller to control the towel cutting motor 305 of the towel cutting mechanism to reverse to reset the towel cutting mechanism when the knife is jammed.

The towel rolling mechanism 303 is provided with a towel clamping detection switch 309, and the towel clamping detection switch 309 provides a signal for the controller to control the towel rolling motor 306 of the towel rolling mechanism to rotate reversely so as to reset the towel rolling mechanism when a towel is clamped; the towel rolling mechanism is also provided with a light sensor 310 for detecting whether the wet tissues are actually prepared or not, and the light sensor detects whether the wet tissues are actually prepared or not through light reflection.

The information collected by various detection switches and the light-sensitive sensor of the towel manufacturing device is fed back to the industrial control mainboard in real time, and the industrial control mainboard instructs the equipment mainboard to control corresponding actions according to the information.

The hot water system 400 comprises a water tank 401, a water pump 402, a heating tank 403 and an electric control valve bank 404 which are connected in a water pipeline in sequence according to the water flow direction, wherein the electric control valve bank is composed of two electromagnetic three-way valves 405 and 406, and one outlet of one electromagnetic three-way valve is connected with the inlet of one electromagnetic three-way valve, so that the electric control valve bank is provided with one inlet and three outlets which are respectively a water spraying interface, a cleaning interface and a circulating interface. The water spraying port is connected with a water spraying pipe 407 for spraying water to the towel cloth. The cleaning interface is connected with a cleaning nozzle 408 for cleaning the towel taking basket, and the towel taking basket can be automatically washed at high temperature regularly when the towel is not manufactured. The circulation interface is used for being connected with the water tank through a return pipeline, and a flow sensor 409 is arranged on the return pipeline. Accordingly, the hot water system has working modes of moistening towel cloth, cleaning and taking a towel basket, circulating water and the like. During the circulating water to the moisturizing of heating jar and can heat up the water in the heating jar simultaneously, indicate when flow sensor senses rivers that heating jar internal water is full. One of the three outlets can be opened by switching the states of the two electromagnetic three-way valves.

A water inlet temperature sensor 410 is arranged in front of the heating tank, a water outlet temperature sensor 411 is arranged behind the heating tank, and the water inlet temperature sensor and the water outlet temperature sensor provide signals for the controller to control the heating tank to heat water and keep the water at a set temperature; a water level sensor 412 is provided in the tank and provides a signal to the controller for the controller to send information on the tank refill. And through hydrologic cycle, can heat up for the retaining in the water tank, avoid ambient temperature to freeze when lower, such circulation accessible detects the temperature of water in the water tank and realizes controlling, like starting such circulation when the temperature of water in the water tank is less than 4 ℃, make equipment application operational environment wider.

In order to control the heating tank, a thyristor 416 and a temperature controller 417 are arranged on a power supply circuit of the heating tank, the thyristor is used for controlling the output power of the heating tank, and the temperature controller is used for disconnecting the circuit when the heating tank is overheated so as to avoid dry burning.

And information acquisition elements such as a sensor of the hot water system feed back information to the industrial control mainboard in real time, and the industrial control mainboard controls the hot water system according to the information to ensure that the water consumption of the equipment is normal.

The bottom of the towel taking basket 104 is provided with a funnel 413 which is connected with a waste water barrel 415 through a water pipe 414, and waste water generated by cleaning the towel taking basket flows into the waste water barrel to be stored; the bottom of system piece of cloth device is equipped with the ponding dish, and the ponding dish is equipped with the drain pipe that is used for waste water to the wastewater barrel guide, and the drain pipe can directly lead to the wastewater barrel in order to arrange the waste water that system piece of cloth (to towel cloth water spray) in-process produced to the wastewater barrel, also can lead to the funnel, borrows by the funnel with system piece of cloth (to towel cloth water spray) in-process produced waste water drainage to the wastewater barrel.

The body is provided with a sterilizing lamp 108 or/and a lighting lamp 109 controlled by a controller. When the sterilizing lamp and the illuminating lamp are configured at the same time, the sterilizing lamp and the illuminating lamp can be manufactured into a whole. The illumination is convenient for a user to take the towel, and the sterilization and disinfection lamp is used for lighting the towel taking basket in the gap of the towel making work to sterilize and disinfect the towel taking basket.

Two storage bins are arranged in the machine body, and the two storage bins can provide placement positions for raw materials with different sizes and specifications so as to meet the requirement of more towel making quantity. The paths of towel cloths 501, 502 leading to the towel manufacturing device from two magazines are shown at the same time, but alternatively to the towel manufacturing device during a specific operation.

The shared intelligent hot wet tissue machine has the following technical advantages:

1. the operation and use are intelligent, the functions of automatic cleaning, sterilization and the like are realized, and the application range is wider.

2. The service condition of the equipment can be fed back in real time, and maintenance, improvement and upgrading can be performed on the feedback information in time.

3. The device is convenient for merchants to know the equipment use state, quickly adjusts the putting place, crowds and the like, and improves the commercial value.