CN210983577U

CN210983577U - Automatic vending device based on network payment

Info

Publication number: CN210983577U
Application number: CN201921953978.4U
Authority: CN
Inventors: 黄堃
Original assignee: Shenzhen Chengsan Technology Co ltd
Current assignee: Shenzhen Chengsan Technology Co ltd
Priority date: 2019-11-13
Filing date: 2019-11-13
Publication date: 2020-07-10
Anticipated expiration: 2029-11-13

Abstract

The utility model provides an automatic vending device based on internet payment, relate to automatic smart machine field, detect the sensor including the goods way, shipment motor, shipment detection sensor, MCU microcontroller, network service module, signal connection module, user operation module, the goods way detects sensor and shipment detection sensor and is connected to MCU microcontroller, MCU microcontroller connects its shipment motor, MCU microcontroller is connected with signal connection module, signal connection module is connected with network service module, network service module and user operation module interconnect, the beneficial effects of the utility model are that: the purchase is initiated in a network connection mode, so that the paperless purchase process operation is realized, the combination preference is realized, the purchase process is optimized, the purchase and delivery time is saved, the labor cost is saved to a certain degree, the property safety of consumers is ensured, the property safety of operators is ensured, and the storefront space is saved.

Description

Automatic vending device based on network payment

Technical Field

The utility model relates to an automatic smart machine field, concretely relates to automatic vending device based on network payment.

Background

The automatic vending machine is one kind of automatic money paying machine. The vending machine is a common commercial automatic device, which is not limited by time and place, can save manpower and facilitate transactions, is a brand new commercial retail form, also called a micro supermarket with 24-hour business, the earliest vending machine appears in a subway system in the united states, people can buy a piece of chewing gum on the vending machine by using a cents, and the vending machine is rapidly popularized as a brand new retail form, the first domestic vending machine in China is born in Beijing in 1995, and the domestic vending machine gradually extends from coastal economically developed areas and various large and medium-sized cities to inland and sub-developed areas within a few years, and is gradually popularized from luxury and high-grade places such as high-grade hotels, subways and airports to high-grade and medium-grade communities, and the device can provide convenience for people in daily use, but still has the following defects:

in the prior art, when equipment is used, cash or a card swiping mode is needed for purchase, so that the problems of counterfeit money collection and RMB identification errors are easily caused, the hardware cost is increased, the problem of hardware faults is caused, unsafe operations such as stealing of a bank card and the like exist, and the equipment is large in size and difficult to maintain.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to prior art, when carrying out the user equipment, need use cash or the mode of punching the card to purchase, lead to it to have counterfeit money to collect and pay problem and RMB discernment mistake problem easily, increase the hardware cost, have the hardware fault problem to there is unsafe operation such as bank card stolen, and equipment size is great, is difficult to the problem of maintaining, provides an automatic vending device based on internet payment.

In order to achieve the above purpose, the utility model adopts the following technical scheme: an automatic vending device based on network payment comprises a goods passage detection sensor 1, a goods outlet motor 2, a goods outlet detection sensor 3, an MCU microcontroller 4, a network service module 5, a signal connection module 6 and a user operation module 7, wherein the goods passage detection sensor 1 and the goods outlet detection sensor 3 are connected to the MCU microcontroller 4, the MCU microcontroller 4 is connected with the goods outlet motor 2, the MCU microcontroller 4 is connected with the signal connection module 6, the signal connection module 6 is connected with the network service module 5, the network service module 5 is connected with the user operation module 7, the goods passage detection sensor 1 consists of an infrared transmitting sensor 11, a front storage goods passage 12, a middle partition plate 13, a rear storage goods passage 14, an infrared receiving sensor 15, a goods outlet pocket groove 16 and a goods passage frame 17, the infrared transmitting sensor 11 and the infrared receiving sensor 15 are arranged on the goods passage frame 17, goods way frame 17 one side is equipped with shipment motor 2, shipment pocket groove 16 runs through goods way frame 17 and is connected with shipment motor 2, be equipped with leading storage goods way 12 and rearmounted storage goods way 14 on goods way frame 17, well baffle 13 top sets up on goods way frame 17, shipment detection sensor 3 comprises shipment way frame 31, vent hole 32, shipment sensor 33, fender 34, shipment way frame 31 and fender 34 are connected, be equipped with vent hole 32 on the fender 34 with, shipment pocket groove 16, shipment way frame 31 one side is connected with shipment sensor 33.

Further, shipment pocket groove 16 includes electrical interface 161, preceding pocket groove 162, pocket groove interface 163, back pocket groove 164, pocket slotted hole 165, electrical interface 161 one side sets up in the front on pocket groove 162, preceding pocket groove 162 one side is connected with back pocket groove 164 through pocket groove interface 163, be equipped with pocket slotted hole 165 on preceding pocket groove 162 and the back pocket groove 164.

Further, shipment sensor 33 includes circuit board 331, interface 332, No. two interfaces 333, control element 335, infrared emission lamp pearl 336, be equipped with interface 332 and control element 335 on the circuit board 331, interface 332 is connected with No. two interfaces 333, infrared emission lamp pearl 336 is equipped with more than two and all sets up on circuit board 331.

Furthermore, the connection between the network service module 5 and the user operation module 7 may be a wireless network or a wired network.

Further, the wireless network may be a connection mode such as bluetooth, wlan, cellular data, etc., and the wired network connection may be a connection mode such as data line, optical fiber, etc.

The utility model discloses a theory of operation: the equipment is divided into a front storage channel 12 and a rear storage channel 14, the front storage channel 12 is a front goods storage channel, the rear storage channel 14 is a rear goods storage channel, goods falling is blocked by a delivery pocket groove 16 below a channel frame 17, the front storage channel 12 and the rear storage channel 14 are spliced by two delivery pocket grooves 16 through a pocket groove interface 163, the included angle is 180 degrees, delivery is controlled by a delivery motor 2 to the delivery pocket groove 16, only one goods falls in the front and rear two goods channels at the same time, and the two goods channels are cross delivery, wherein the detection sensor of the goods channels uses an infrared photoelectric sensor, an infrared transmitting sensor 11 is arranged on the front panel, an infrared receiving sensor 15 is arranged on the rear panel, one receiving is used for judging whether the channels are ready for sale, the goods passage detection sensors are in a pair on a front passage and a rear passage, two goods delivery sensors 33 are arranged on the left side and the right side of the goods delivery passages to form four detection passages, two pairs of goods delivery sensors are distributed on the front passage and the rear passage respectively to realize complete detection of goods delivered, different working logics are carried out according to the states of the goods passage detection sensors when one-time goods delivery is carried out, the goods delivery equipment and the network service module 5 detect the goods passage detection sensors to judge whether the work is normal or not, under the condition that the goods passage detection sensors 1 work normally, a consumer enters a corresponding interface through the user operation module 7 to select goods to be purchased for payment and purchase, the network service module 5 compares the information of the goods purchased by the consumer with the cloud stock quantity and the goods passage condition, filters partial abnormal conditions and sends the selling information to the goods delivery equipment end, the equipment judges the residual quantity of the goods through the goods channel detection sensor 1 before each goods is delivered, the goods channel is delivered, the delivery operation is carried out and the delivery result is detected, the network service module 5 is informed of the delivery result of the current time, the goods are delivered successfully to enter the next delivery goods, the failure counting of the channel is carried out if the goods are delivered successfully, when the failure counting does not reach the limit value, the subsequent goods are delivered, and only the delivery result is the delivery failure; when the failure count reaches the limit value, the subsequent commodity selling is cancelled, the commodity is jumped to the next shipment commodity, the cloud platform side is informed to lock the selling channel, the related maintenance personnel is informed to detect the fault condition of the channel, under the condition that the goods channel detection sensor 1 has the fault, the network service module 5 issues correct selling information to the selling equipment end after the customer places an order, the shipment operation is firstly carried out on each to-be-shipped channel, the shipment result is informed, the shipment result of the network service module 5 is informed, the successful shipment enters the next shipment commodity, the failure is directly jumped to the next shipment commodity, the cloud platform side is informed to lock the selling channel, and the related maintenance personnel is informed to detect the fault condition of the channel.

After the technical scheme is adopted, the utility model discloses beneficial effect does: the purchase is initiated in a network connection mode, so that the paperless purchase process operation is realized, the combination preference is realized, the purchase process is optimized, the purchase and delivery time is saved, the labor cost is saved to a certain degree, the property safety of consumers is ensured, the property safety of operators is ensured, and the storefront space is saved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive exercise.

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the lane detection sensor 1 of fig. 1.

Fig. 3 is a schematic view showing the structure of the spout 16 of fig. 2.

Fig. 4 is a schematic structural view of the shipment detection sensor of fig. 1.

Fig. 5 is a schematic structural view of the shipment sensor 33 in fig. 4.

Description of reference numerals: the cargo channel detection sensor 1, the shipment motor 2, the shipment detection sensor 3, the MCU microcontroller 4, the network service module 5, the signal connection module 6, the user operation module 7, the infrared transmission sensor 11, the front storage cargo channel 12, the middle partition 13, the rear storage cargo channel 14, the infrared receiving sensor 15, the shipment pocket slot 16, the cargo channel frame 17, the motor interface 161, the front cargo pocket slot 162, the pocket slot interface 163, the rear cargo pocket slot 164, the pocket slot hole 165, the shipment channel frame 31, the ventilation through hole 32, the shipment sensor 33, the baffle 34, the circuit board 331, the first interface 332, the second interface 333, the control element 335 and the infrared emission lamp bead 336.

Detailed Description

Referring to fig. 1 to 5, the technical solution adopted by the present embodiment is: the system comprises a cargo channel detection sensor, a cargo discharging motor, a cargo discharging detection sensor, an MCU (micro control unit) microcontroller, a network service module, a signal connection module and a user operation module, wherein the cargo channel detection sensor and the cargo discharging detection sensor are connected to the MCU microcontroller, the MCU microcontroller is connected with the cargo discharging motor and is connected with the signal connection module, the signal connection module is connected with the network service module, the network service module is connected with the user operation module, the cargo channel detection sensor consists of an infrared transmitting sensor, a front storage cargo channel, a middle partition plate, a rear storage cargo channel, an infrared receiving sensor, a cargo discharging pocket groove and a cargo channel frame, the infrared transmitting sensor and the infrared receiving sensor are arranged on the cargo channel frame, the cargo discharging motor is arranged on one side of the cargo channel frame, and the cargo discharging pocket groove penetrates through the cargo channel frame and is connected with the cargo discharging motor, the goods way is provided with a front storage goods way and a rear storage goods way, the upper part of the middle clapboard is arranged on the goods way, the goods outlet detection sensor is composed of a goods outlet way frame, a ventilation through hole, a goods outlet sensor and a baffle plate, the goods outlet way frame is connected with the baffle plate, the baffle plate is provided with a ventilation through hole, the goods outlet pocket groove, and one side of the goods outlet way frame is connected with the goods outlet sensor.

More specifically, shipment pocket groove includes motor interface, preceding cargo pocket groove, pocket groove interface, back cargo pocket groove, pocket slotted hole, motor interface one side sets up in the front on the cargo pocket groove, preceding cargo pocket groove one side is connected with back cargo pocket groove through pocket groove interface, be equipped with the pocket slotted hole on preceding cargo pocket groove and the back cargo pocket groove.

More specifically, shipment sensor includes circuit board, interface, No. two interfaces, controlling element, infrared emission lamp pearl, be equipped with interface and controlling element No. one on the circuit board, an interface is connected with No. two interfaces, infrared emission lamp pearl is equipped with more than two and all sets up on the circuit board.

More specifically, the connection mode between the network service module and the user operation module may be a wireless network connection mode or a wired network connection mode.

More specifically, the wireless network may be a connection mode such as bluetooth, wlan, cellular data, and the wired network connection may be a connection mode such as a data line and an optical fiber.

The utility model discloses a theory of operation: the equipment is divided into a front storage channel and a rear storage channel, the front storage channel is a front goods storage channel, the rear storage channel is a rear goods storage channel, goods are prevented from falling by a delivery pocket groove below a goods channel frame, the front storage channel and the rear storage channel are spliced by two delivery pocket grooves through pocket groove interfaces, the included angle is 180 degrees, delivery is controlled by a delivery motor, only one goods fall in the front and rear goods channels at the same time, the two goods channels are crossed for delivery, wherein a detection sensor of the goods channel uses an infrared photoelectric sensor, an infrared transmitting sensor is arranged on a front panel, an infrared receiving sensor is arranged on a rear panel, one delivery is used for judging whether the goods channel is ready for sale, and the goods channel detection sensors are a pair on one front channel and one rear channel, two shipment sensors are arranged on the left side and the right side of the shipment channel to form a four-way detection channel, two pairs of detection channels are distributed on the front channel and the rear channel respectively to realize complete detection of shipment goods, different working logics are carried out according to the states of the commodity channel detection sensors during one shipment, the vending equipment and the network service module judge whether the operation is normal or not by detecting the commodity channel detection sensors, under the condition that the commodity channel detection sensors work normally, a consumer enters a corresponding interface through the user operation module to select commodities to be purchased for payment and purchase, the network service module compares commodity information purchased by the consumer with the cloud inventory quantity and the commodity channel condition, filters partial abnormal conditions, sends vending information to the vending equipment end, and the equipment judges the residual quantity of the goods through the commodity channel detection sensors before each piece of goods is shipped, the goods channel is provided with goods for carrying out goods delivery operation and detecting the goods delivery result, the network service module is informed of the current goods delivery result, if the goods delivery is successful, the next goods delivery is carried out, if the goods delivery is unsuccessful, the failure counting of the channel is carried out, when the failure counting does not reach the limit value, the goods delivery of the subsequent goods is still carried out, and only the goods delivery result is the goods delivery failure; when the failure count reaches a limit value, the subsequent commodity is cancelled, the commodity jumps to the next shipment commodity, the cloud platform side is informed to lock the selling channel, related maintenance personnel are informed to detect the fault condition of the channel, under the condition that the goods channel detection sensor has a fault, the network service module issues correct selling information to the selling equipment end after the order of a consumer is issued, the shipment operation is firstly performed on each to-be-shipped channel, the shipment result is informed, the network service module is informed of the shipment result, the successful shipment enters the next shipment commodity, the commodity jumps to the next shipment commodity directly when the commodity fails, the cloud platform side is informed to lock the selling channel, and the related maintenance personnel are informed to detect the fault condition of the channel.

The above description is only for the purpose of illustrating the technical solutions of the present invention and not for the purpose of limiting the same, and other modifications or equivalent replacements made by those of ordinary skill in the art to the technical solutions of the present invention should be covered within the scope of the claims of the present invention as long as they do not depart from the spirit and scope of the technical solutions of the present invention.

Claims

1. The utility model provides an automatic vending device based on network payment which characterized in that: the system comprises a cargo channel detection sensor (1), a cargo discharge motor (2), a cargo discharge detection sensor (3), an MCU (micro control unit) controller (4), a network service module (5), a signal connection module (6) and a user operation module (7), wherein the cargo channel detection sensor (1) and the cargo discharge detection sensor (3) are connected to the MCU (4), the MCU (4) controller is connected with the cargo discharge motor (2), the MCU (4) is connected with the signal connection module (6), the signal connection module (6) is connected with the network service module (5), and the network service module (5) is connected with the user operation module (7);

the goods channel detection sensor (1) consists of an infrared transmitting sensor (11), a front storage goods channel (12), a middle partition plate (13), a rear storage goods channel (14), an infrared receiving sensor (15), a goods outlet pocket groove (16) and a goods channel frame (17), wherein the infrared transmitting sensor (11) and the infrared receiving sensor (15) are arranged on the goods channel frame (17), a goods outlet motor (2) is arranged on one side of the goods channel frame (17), the goods outlet pocket groove (16) penetrates through the goods channel frame (17) to be connected with the goods outlet motor (2), the front storage goods channel (12) and the rear storage goods channel (14) are arranged on the goods channel frame (17), and the middle partition plate (13) is arranged on the goods channel frame (17) above;

shipment detection sensor (3) are by shipment way frame (31), vent hole (32), shipment sensor (33), separate fender (34) and constitute, shipment way frame (31) is connected with separating fender (34), be equipped with vent hole (32) on separating fender (34) with, shipment pocket groove (16), shipment way frame (31) one side is connected with shipment sensor (33).

2. The automatic vending apparatus based on the internet payment as claimed in claim 1, wherein: shipment pocket groove (16) include motor interface (161), preceding pocket groove (162), pocket groove interface (163), back pocket groove (164), pocket slotted hole (165), motor interface (161) one side sets up in the front on pocket groove (162), preceding pocket groove (162) one side is connected with back pocket groove (164) through pocket groove interface (163), be equipped with pocket slotted hole (165) on preceding pocket groove (162) and back pocket groove (164).

3. The automatic vending apparatus based on the internet payment as claimed in claim 1, wherein: shipment sensor (33) include circuit board (331), interface (332), No. two interface (333), controlling element (335), infrared emission lamp pearl (336), be equipped with interface (332) and controlling element (335) on circuit board (331), interface (332) are connected with No. two interface (333), infrared emission lamp pearl (336) are equipped with more than two and all set up on circuit board (331).

4. The automatic vending apparatus based on the internet payment as claimed in claim 1, wherein: the network service module (5) and the user operation module (7) are connected in a wireless network or wired network connection mode.

5. The automatic vending apparatus based on the network payment as claimed in claim 4, wherein: the wireless network can be connected by Bluetooth, wlan, cellular data and the like, and the wired network connection can be connected by data lines, optical fibers and the like.