CN113554806B - Weighing control vending device and weighing control vending system - Google Patents
Weighing control vending device and weighing control vending system Download PDFInfo
- Publication number
- CN113554806B CN113554806B CN202110435022.0A CN202110435022A CN113554806B CN 113554806 B CN113554806 B CN 113554806B CN 202110435022 A CN202110435022 A CN 202110435022A CN 113554806 B CN113554806 B CN 113554806B
- Authority
- CN
- China
- Prior art keywords
- goods
- weighing
- vending
- unit
- weight
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01G—WEIGHING
- G01G19/00—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups
- G01G19/40—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups with provisions for indicating, recording, or computing price or other quantities dependent on the weight
- G01G19/413—Weighing apparatus or methods adapted for special purposes not provided for in the preceding groups with provisions for indicating, recording, or computing price or other quantities dependent on the weight using electromechanical or electronic computing means
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F11/00—Coin-freed apparatus for dispensing, or the like, discrete articles
- G07F11/62—Coin-freed apparatus for dispensing, or the like, discrete articles in which the articles are stored in compartments in fixed receptacles
Abstract
The invention provides a weighing control vending device and a weighing control vending system. Wherein, weighing control vending apparatus includes: the goods vending control mechanism is provided with a goods vending storage part, a non-separation judging part, a weighing control part and a weight acquisition part, wherein the goods vending storage part is at least correspondingly stored with containing part identification information of each containing part and containing unit identification information of each containing unit in each containing part, after the non-separation judging part judges that the separation member is at the non-separation position according to the received non-separation signal, the weighing control part controls the weighing mode to be changed from a first weighing mode to a second weighing mode, so that goods in the containing part which are commonly corresponding to all weighing units on the containing member corresponding to the non-separation signal are weighed, and the weight acquisition part is further enabled to acquire weight values of all the goods in the corresponding containing part as a second mode weight value according to a weighing result.
Description
Technical Field
The invention relates to a weighing control vending device or a weighing control vending system, belonging to the field of unmanned vending containers.
Background
With the development of technology at present, the self-service counter is more convenient for the shopping of customers, and the goods shelf for placing goods in the self-service counter is particularly important.
In the prior art, most unmanned sales counter carries out the discernment of getting of goods and putting the action through the camera control to sell the goods, but this kind of discernment mode is higher to the requirement of action discernment, and produces the control dead angle because of the arrangement mode of goods and goods shelves easily, and this kind of unmanned sales counter can only discern the different goods of outward appearance different specifications, can't discern the different goods of same specification outward appearance similarity, so can lead to can't discern to get and put the action or discern inaccurately.
In addition, there are also unmanned sales counter that only discerns the goods through gravity induction, and this kind of unmanned sales counter is because need weigh the goods through the mode of gravity induction, and consequently put the goods of various goods and place the mechanism and be mutually independent, that is to say, the space that is used for putting the goods in the unmanned sales counter is fixed, consequently can only put the goods of specific size, to the bulky goods, for example, large-scale fruit such as watermelon can't put the goods of selling in the unmanned sales counter.
Disclosure of Invention
In order to solve the problems, the invention provides a weighing control vending device and a weighing control vending system, which are used for unmanned vending, and the invention adopts the following technical scheme:
the invention provides a weighing control vending device, which is characterized by comprising the following components: a plurality of cargo-holding mechanisms each having a housing member having a housing portion for housing a cargo, at least one partition member capable of partitioning the housing member, a plurality of weighing units, and a non-partition sensor, the housing member being partitioned into a plurality of housing units by the partition member, the partition member being slidable between a partitioned position where the cargo-holding member is partitioned and a non-partitioned position opposite to the partitioned position, the weighing units being mounted at bottoms of the respective housing units, respectively, weighing the cargo in the housing units and transmitting a weighing result and corresponding housing unit identification information to the vending control mechanism when the partition member is sensed to be in the non-partitioned position, the non-partition sensor transmitting a non-partitioned signal to the controller, the vending control mechanism having a vending storage portion, a non-partitioned judgment portion, a weighing control portion, and a weight acquisition portion, at least the storage portion storing the housing portion identification information of each of the respective housing units and the housing unit identification information of the respective housing units in correspondence to each of the partition members, the non-partitioned judgment portion being in accordance with the non-judgment member non-partitioned position, the non-partition sensor transmitting a non-partitioned signal to the controller when the partition member is sensed to be in the non-partitioned position, the vending control mechanism having a vending storage portion, the non-partitioned by the non-partition judgment portion, the weighing unit and the weighing unit identification information being in a weighing mode corresponding to the weighing mode when the non-partitioned by the non-partitioned member is not in the weight-partitioned from the first weighing member to the non-partitioned position, the weighing control part controls the weighing units to weigh in a first weighing mode, the weighing units weigh the cargoes in the corresponding accommodating parts respectively, and the weight acquisition part acquires weight values of all cargoes in the corresponding accommodating units as first mode weight values according to weighing results.
The weighing control vending apparatus according to the present invention may further include a weight change judging unit, a search acquiring unit, and a goods price calculating unit, wherein the goods vending storage unit further stores goods vending information of a plurality of goods corresponding to the storage unit identification information, the goods vending information includes at least a unit price of the goods, the weight change judging unit judges whether or not the first mode weight value is changed in the first weighing mode, the search acquiring unit searches and acquires the corresponding goods vending information in the vending storage unit as current vending information based on the storage unit identification information of the storage unit corresponding to the changed first mode weight value, and the goods price calculating unit calculates a total price of the goods taken by the consumer from the storage unit as a deduction price based on a difference value before and after the changed first mode weight value and the current vending information.
The weighing control vending apparatus according to the present invention may further include a weight change judging unit, a search acquiring unit, and a goods price calculating unit, wherein the vending storage unit further stores goods vending information of a plurality of goods corresponding to the container identification information, the goods vending information including at least a unit price of the goods, the weight change judging unit judges whether or not the second mode weight value is changed in the second weighing mode, and the search acquiring unit searches and acquires the corresponding goods vending information in the vending storage unit as current vending information based on the container identification information of the container corresponding to the changed second mode weight value, and the goods price calculating unit calculates a total price of the goods taken by the consumer from the container as a discount price based on a difference value before and after the changed second mode weight value and the current vending information.
The weighing control vending apparatus according to the present invention may further include a vending communication unit for transmitting the payment information including at least the payment price to the mobile terminal, thereby performing payment.
The weighing control vending apparatus provided by the invention may further have a feature in that the goods are standard goods having a standard weight, the goods vending information includes goods types, unit price and standard weight, the goods price calculating section calculates the goods types and the quantity of the goods taken by the consumer according to the difference value before and after the change of the first mode weight value or the second mode weight value and the standard weight of the goods in the corresponding containing section or the containing unit, and calculates the total price of the goods taken by the consumer from the containing section as the deduction price according to the quantity and the unit price corresponding to the goods types.
The weighing control vending apparatus provided by the invention may further have a feature in that in the first weighing mode, the standard weights of different target goods accommodated in the accommodation units corresponding to the first weighing mode do not have a weight-multiplying relationship, and in the second weighing mode, the standard weights of different target goods accommodated in the accommodation parts corresponding to the second weighing mode do not have a weight-multiplying relationship.
The weighing control vending apparatus provided by the invention may further have a feature in that the goods are non-standard goods without standard weight, the goods vending information includes goods types and unit price of the goods, and the goods price calculating section calculates the total price of the goods taken by the consumer from the accommodating section as the deduction price according to the difference value before and after the change of the first mode weight value or the second mode weight value and the unit price of the goods in the corresponding accommodating section or accommodating unit.
The invention provides a weighing control vending system, which is characterized by comprising the following components: a plurality of weighing control vending apparatuses for allowing consumers to pick up goods therefrom; a management server in communication with each of the weighing control vending apparatuses, wherein the weighing control vending apparatuses have a goods placement mechanism and a vending control mechanism that controls each of the goods placement mechanisms, each of the goods placement mechanisms has a housing member, at least one partitioning member capable of partitioning the housing member, a plurality of weighing units, and a non-partitioned sensor, the partitioning member is slidable between a partitioned position and a non-partitioned position, the housing member has a housing portion for housing goods, the housing portion is partitioned into a plurality of housing units by the partitioning member, the weighing units are respectively mounted at bottoms of the respective housing units, the goods in the housing units are weighed and weighing results and corresponding housing unit identification information are transmitted to the vending control mechanism, the non-partitioned sensor transmits a non-partitioned signal to the controller when sensing that the partitioning member is located at the non-partitioned position, the vending control mechanism is provided with a non-separation judging part, a weighing control part, a weight acquiring part and a vending communication part, wherein the non-separation judging part judges that the separation member is at a non-separation position according to a non-separation signal, once judging that the separation member is at the non-separation position, the weighing control part controls the weighing mode to be changed from a first weighing mode to a second weighing mode, so that all the weighing units on the containing member corresponding to the non-separation signal jointly correspond to the goods in the containing part to weigh, the weight acquiring part acquires the weight values of all the goods in the corresponding containing part as a second mode weight value according to the weighing result, if judging that the separation member is not at the non-separation position, the weighing control part controls the weighing units to weigh the goods in the corresponding containing part by using the first weighing mode, the weighing units respectively weigh the goods in the corresponding containing part, the weight acquisition part acquires weight values of all cargoes in the corresponding accommodating units as a first mode weight value according to the weighing result, and the vending communication part sends the first mode weight value or the second mode weight value, corresponding accommodating unit identification information and device identification information of the weighing control vending device to the management server as weighing information.
The weighing control vending system according to the present invention may further include a management server including a management storage unit, a weight change determination unit, a search acquisition unit, and a device communication unit, wherein the management storage unit stores at least device identification information of a plurality of weighing control vending devices, storage unit identification information of each storage unit of each weighing control vending device, storage unit identification information of each storage unit, and goods vending information stored in correspondence with the storage unit identification information or the storage unit identification information, the goods vending information includes at least a unit price of goods, the weight change determination unit determines whether or not a first mode weight value has changed in the first weighing mode, and upon determining that the first mode weight value has changed, the search acquisition unit searches for corresponding goods vending information in the management storage unit as current vending information according to the device information and the storage unit identification information corresponding to the changed first mode weight value, the goods price calculation unit calculates a total price of goods taken from a consumer unit as a discount price of goods taken from the consumer unit according to a difference between the current discount price and the value of the storage unit, and the mobile payment terminal includes at least the mobile payment terminal, and the mobile payment communication unit is included in the mobile payment terminal.
The weighing control vending system according to the present invention may further include a feature in that the management server includes a management storage unit, a weight change determination unit, a search acquisition unit, and a device communication unit, the management storage unit stores at least device identification information of a plurality of weighing control vending devices, storage unit identification information of each storage unit in each weighing control vending device, storage unit identification information of each storage unit in each storage unit, and goods vending information stored in correspondence with the storage unit identification information or the storage unit identification information, the goods vending information includes at least a unit price of goods, the weight change determination unit determines whether or not a second mode weight value has changed in the second weighing mode, and upon determining that the second mode weight value has changed, the search acquisition unit searches for corresponding storage unit identification information in the management storage unit based on the device information and the storage unit identification information corresponding to the second mode weight value, and further searches for corresponding goods vending information in the management storage unit based on the storage unit identification information obtained, the goods price calculation unit acquires the corresponding goods vending information as current price information, and the goods vending information in the storage unit corresponding to the second mode weight value change difference and the current price change value, and the goods vending information is stored in the storage unit, and the goods price calculation unit receives the mobile payment terminal as the mobile payment terminal, and the mobile payment terminal receives the goods price information.
The actions and effects of the invention
According to the weighing control vending apparatus of the present invention, the weighing control vending apparatus includes a goods placement mechanism having a housing member, at least one partitioning member capable of partitioning the housing member, a plurality of weighing cells, and a non-partitioned sensor, and a vending controller controlling the goods placement mechanism. The separation member can slide between a vertical position and a non-separation position and is matched with the non-separation sensor, when the separation member is positioned at the non-separation position, the non-separation sensor sends a non-separation signal to the controller, so that the vending controller controls the gravity sensing assembly to switch between a first weighing mode and a second weighing mode, when the separation member is positioned at the vertical position, the first weighing mode is used for weighing, and the weighing units respectively weigh cargoes in the corresponding containing units; when the separation member is in the non-separation position, weighing is carried out in a second mode, all the weighing units on one containing member weigh the goods in the containing part of the containing member together, then the goods taken by the consumer are judged according to the weighing result, the corresponding deduction price is calculated, and the calculated deduction price is sent to the mobile terminal held by the consumer for deduction. That is, a goods placement mechanism can form two areas for selling different goods through the separation of the separation member on the premise that the weight of the goods placement mechanism is unchanged, and can form a larger area for selling the goods with larger volume after the separation member slides, so that the space for placing the goods is changeable.
The weighing control vending system according to the present invention comprises a plurality of weighing control vending apparatuses and a management server, wherein the weight change judgment and the goods price calculation control performed by the weighing control vending apparatus according to the embodiment are performed by the management server, that is, the vending of all the weighing control vending apparatuses in the weighing control vending system can be performed only by configuring corresponding vending information in the management server. Through the management of the management server, the weighing control vending devices can be flexibly placed in various areas, and the management of an administrator or a consignor is facilitated.
Drawings
FIG. 1 is a schematic diagram showing connection between a vending apparatus and a mobile device according to a first embodiment of the present invention;
FIG. 2 is a schematic perspective view of a vending apparatus with a weighing control function according to a first embodiment of the present invention;
FIG. 3 is a schematic perspective view of a cargo placement mechanism in a first embodiment of the invention with the partition members in the partitioned position;
FIG. 4 is a schematic perspective view of a cargo placement mechanism in a first embodiment of the invention with the partition members in the partitioned position;
FIG. 5 is a cross-sectional view of the cargo placement mechanism with the partition member in the partition position in accordance with one embodiment of the invention;
FIG. 6 is a schematic perspective view of a cargo placement mechanism with a partition member in a non-partitioned position according to one embodiment of the invention;
FIG. 7 is a cross-sectional view of the cargo placement mechanism with the partition member in the non-partitioned position in accordance with one embodiment of the invention;
FIG. 8 is a block diagram of a vending controller and a connection diagram of the vending controller and a goods placement mechanism according to an embodiment of the present invention;
fig. 9 is a table showing correspondence between the identification information of the accommodating portion and the identification information of the accommodating unit in the first embodiment of the present invention;
fig. 10 is a table showing correspondence between identification information of a container and information for selling goods according to the first embodiment of the present invention;
FIG. 11 is a table showing correspondence between the identification information of the containing unit and the vending information of the goods according to the first embodiment of the present invention;
FIG. 12 is a block diagram of a weight control vending system according to a second embodiment of the present invention;
FIG. 13 is a block diagram of a vending controller and a connection diagram of the vending controller and a goods placement mechanism according to a second embodiment of the present invention;
FIG. 14 is a block diagram of a management server according to a second embodiment of the present invention;
fig. 15 is a table showing correspondence between device identification information, housing identification information, and housing unit identification information in the second embodiment of the present invention;
Fig. 16 is a table showing correspondence between identification information of a container and information for selling goods in accordance with the second embodiment of the present invention;
fig. 17 is a table showing correspondence between identification information of a containing unit and information of selling goods in the second embodiment of the present invention.
Detailed Description
The following describes specific embodiments of the present invention with reference to the drawings and examples.
Example 1
Fig. 1 is a schematic diagram showing connection between a vending apparatus and a mobile device according to a first embodiment of the present invention.
As shown in fig. 1, the present embodiment provides a weighing control vending apparatus 100 for enabling a consumer to take goods from the vending apparatus and deduct money from a mobile terminal 200 held by the consumer, thereby realizing no vending.
The weighing control vending apparatus 100 is communicatively connected to a mobile terminal 200 held by a consumer via a communication network a, which in this embodiment is a 4G communication network.
Fig. 2 is a schematic perspective view of a vending apparatus with weighing control according to a first embodiment of the present invention.
As shown in fig. 2, the weighing control vending apparatus 100 includes a plurality of goods placement mechanisms 1, a cabinet 2, a cabinet door, and a vending controller 5 (not shown in fig. 2).
The cabinet body 2 is cuboid, has the cavity inner chamber, and the cabinet door is installed to one side of this cavity inner chamber, and the opposite side is cabinet body back shroud, and vending controller 5 installs on the cabinet body 2, is located the top of cavity inner chamber.
In this embodiment, the cabinet body 2 has three columns of compartments for installing the goods placement mechanisms 1, and four goods placement mechanisms 1 are installed in each column of compartments in a vertical arrangement, that is, the self-service cabinet 100 is provided with 12 goods placement mechanisms 1 in total.
Fig. 3 is a schematic perspective view of a cargo placement mechanism in a separated position of a separation member according to a first embodiment of the present invention. Fig. 4 is a schematic perspective view of a cargo placement mechanism when the partition member is in the partition position according to the first embodiment of the present invention. Fig. 5 is a cross-sectional view of the cargo placement mechanism with the partition member in the partition position in accordance with one embodiment of the invention.
As shown in fig. 3 to 5, the cargo placing mechanism 1 is fixedly installed in the hollow inner cavity of the cabinet 2, and includes a bracket 10, a weighing unit 20, a receiving member 30, and a non-partitioned sensor 40.
The bracket 10 is I-shaped and is fixedly arranged in the hollow inner cavity of the cabinet body 2.
In this embodiment, the weighing unit 20 is a gravity sensor, electrically connected to the vending controller 5, mounted on the stand 10, and top-supporting the receiving member 30.
The accommodating member 30 is for accommodating goods to be sold, and has an accommodating portion for accommodating the goods. The accommodating member 30 is partitioned into a plurality of accommodating units 31 by a partition member 32. The weighing units 20 are respectively mounted on the bottoms of the corresponding housing units 31.
The housing portion has a housing portion number as housing portion identification information, and the housing unit identification information also has a housing unit number as housing unit identification information.
The partition member 32 is provided in the middle of the accommodating member 30, partitions the accommodating member 30 into two accommodating units 31, and is slidable between a partitioned position and a non-partitioned position.
In this embodiment, the partition member 32 is two partition plates disposed opposite to each other, and when the partition plates are in the partitioned position, the two partition plates can slide in opposite directions to move to the non-partitioned position.
The weighing unit 20 is used for weighing the goods contained in the containing unit 31. The two receiving units 31 are each formed by plates of semi-enclosing structure and do not touch each other, so that the weighing unit 20 only weighs the goods in its corresponding receiving unit 31.
The weighing unit 20 weighs the goods contained in the containing unit 31 and then transmits the weighing result and the containing unit identification information of the containing unit 31 corresponding to the weighing unit to the vending controller. The non-compartmental sensor 40 is electrically connected to the vending controller 5 for sending a corresponding non-compartmental signal to the vending controller 5 upon sensing that the compartmental member 32 is slid to the non-compartmental position.
In this embodiment, each non-partitioned sensor 40 has two hall sensors 41 and two magnet assemblies 42 provided in association with the hall sensors 41.
Two hall sensors 41 are installed on the bracket 10 opposite to the two goods accommodating units 31, respectively, and the bottoms of the goods accommodating units 31 are provided with sensing through holes 3111 corresponding thereto.
The two magnet assemblies 42 are respectively and fixedly installed at positions on the two partition plates, which can be matched with the Hall sensor 41, and are provided with a shell and a magnet wrapped by the shell. The hall sensor 41 outputs a low level when the magnet is close to the hall sensor 41, and the hall sensor 41 outputs a low level when the magnet is far from the hall sensor 41.
Fig. 6 is a schematic perspective view of the cargo placement mechanism in a non-partitioned position of the partition member according to the first embodiment of the present invention. Fig. 7 is a cross-sectional view of the cargo placement mechanism with the partition member in the non-partitioned position in accordance with one embodiment of the invention.
As shown in fig. 6 and 7, when the partition member 32 is in the non-partitioned position, both partition plates are in the water position, and the magnet assembly 42 is opposite to the hall sensor 41 through the sensing through-hole 3111, and the hall sensor 41 sends a non-partitioned signal to the vending controller.
Fig. 8 is a block diagram of a vending controller and a connection diagram of the vending controller and a goods placement mechanism according to the first embodiment of the present invention.
As shown in fig. 8, the vending controller 5 includes a weighing control unit 51, a vending storage unit 52, a weight acquisition unit 53, a non-separation determination unit 54, a weight change determination unit 55, a search acquisition unit 56, a goods price calculation unit 57, and a vending communication unit 58.
The weighing control section 51 is used to control the weighing mode of the weighing cell 20. In this embodiment, the weighing modes include a first weighing mode and a second weighing mode. In the first weighing mode, the weighing units on each containing unit 31 weigh the goods in the containing unit 31 respectively; in the second weighing mode, all weighing cells on a single receiving member 30 weigh all of the cargo received in the receiving portion of that receiving member 30.
The vending storage unit 52 stores therein the storage unit identification information, the storage unit identification information corresponding to the storage unit identification information, and the goods vending information corresponding to the storage unit identification information or the storage unit identification information.
Fig. 9 is a table showing correspondence between the storage unit identification information and the storage unit identification information in the first embodiment of the present invention.
As shown in fig. 9, the storage unit identification information is a storage unit number, and the storage unit numbers are "B01", "B02", "B03", and the like, and the storage unit identification information (storage unit number) stored in correspondence with the storage unit identification information is "DY0101" and "DY0102" in correspondence with "B01", and "DY0201" and "DY0202" in correspondence with "B02", and "DY0301" and "DY0302" in correspondence with "B03", and the like.
Fig. 10 is a table showing correspondence between the identification information of the container and the information of selling goods according to the first embodiment of the present invention.
Specifically, if the partition member 32 on one of the housing members 30 is in the partitioned position, the goods-selling information of the goods housed in each of the housing units 31 of the housing member 30 is stored in correspondence with the housing-unit identification information of the housing unit, and if the partition member 32 on one of the housing members 30 is in the non-partitioned position, the goods-selling information of the goods housed in the housing portion of the housing member 30 is stored in correspondence with the housing-portion identification information of the housing portion.
As shown in fig. 10, the goods selling information includes the kind of goods, the price of goods, the standard weight of goods, and the type of goods, which are to be sold, and are stored in correspondence with the container numbers, respectively.
In this embodiment, the kind of the goods is the name of the goods; the types of goods include standard goods, such as bottled beverages, etc., which are sold according to quantity when sold, and non-standard goods, such as fruits, bulk goods, etc., which are required to be sold according to gram weight, etc., which are sold according to the weighed weight when sold; the unit price of the standard goods is the selling price of one standard goods, and the unit price of the non-standard goods is the selling price of unit weight (for example, 500 g); the standard weight of goods is the weight of a piece of standard goods, for example, the weight of a bottle of mineral water is 500g, and then the standard weight of goods is 500g.
In the first weighing mode, the standard weight of the standard commodity contained in the containing unit 31 corresponding to the first weighing mode does not have a weight-multiplying relationship; in the second weighing mode, the standard weight of the standard commodity contained in the containing portion 30 corresponding to the second weighing mode does not have a weight-multiplying relationship.
As shown in fig. 10, the goods contained in the container with the container number "B01" are "mineral water" having a unit price of "3" yuan, a weight of "500g" in the standard of goods, and a type of goods "standard". And the goods contained in the containing section numbered "B03" include "cola" and "snowy". The unit price of the cola is 4 yuan, the weight in the standard of the cola is 330g, and the type of the cola is a standard. The unit price of the goods of the 'snow green' is '6', the weight of the goods in the standard is '500 g', and the type of the goods is 'standard'. The goods contained in the containing part with the containing part number of 'B05' are 'bananas', the unit price of the goods is '8', that is to say, the selling price of 500g bananas is 8, the type of the goods is 'non-standard goods', and no standard weight of the goods exists.
Fig. 11 is a table showing correspondence between identification information of a containing unit and information of selling goods according to the first embodiment of the present invention.
As shown in fig. 11, the goods category contained in the containing unit numbered "DY0201" is "lemon water", the unit price of the goods is "6" yuan, the weight in the goods standard is "500g", and the goods category is "standard". And the goods contained in the containing unit numbered "DY0202" include "iced black tea" and "grapefruit water". The unit price of the ice black tea is 4 yuan, the weight of the ice black tea in the standard of the ice black tea is 280g, and the type of the ice black tea is a standard. The unit price of the shaddock water is 6 yuan, the weight in the standard of the shaddock water is 330g, and the type of the shaddock water is a standard. The goods types contained in the containing units with the containing unit numbers of DY0401 and DY0402 are apples and oranges respectively, the unit price of the goods is 10 yuan and 9 yuan respectively, the types of the goods are non-standard goods, and the standard weight of the goods is not found.
The weight acquisition section 53 acquires a weighing result from the gravity sensor 20a, the gravity sensor 20b, and the like and obtains a corresponding weight value based on the weighing result.
The non-partitioned determination unit 54 is configured to determine the states of the first non-partitioned sensor 40a, the second non-partitioned sensor 40b, and the like. If the non-partitioned sensor 40a transmits a non-partitioned signal, the non-partitioned determining unit 54 determines that the partition member 32 of the corresponding housing member 30 of the non-partitioned sensor 40a is in the non-partitioned position, and the vending controller 51 controls the weighing mode of all the weighing cells 20 on the corresponding housing member 30 to be changed from the first weighing mode to the second weighing mode.
In the present embodiment, the non-dividing determination unit 54 determines whether the hall sensor 41 transmits the non-dividing signal twice a second, and determines that the dividing member 32 is in the non-dividing position only when it is determined that the hall sensor 41 transmits the non-dividing signal 10 times in succession, and the vending controller 51 changes the weighing mode to the second weighing mode.
If the non-dividing judging section 54 judges that the dividing member 32 is not in the non-dividing position, the vending controller 51 controls all the weighing cells 20 on the corresponding housing member 30 to be weighed in the first weighing mode.
In the first weighing mode, the weight acquiring section 53 acquires weight values of all the cargoes in the containing unit 31 as the first mode weight value based on the weighing result of the weighing unit on the corresponding containing unit 31.
The weight change determination unit 55 continuously determines whether or not the first pattern weight value has changed, and upon determining that the first pattern weight value has changed, the search acquisition unit 56 searches the vending storage unit 52 for the corresponding item vending information as the current vending information based on the storage unit identification information of the storage unit 31 corresponding to the changed first pattern weight value.
The goods price calculating unit 57 calculates the total price of the goods taken from the accommodation unit by the consumer as the deduction price based on the difference before and after the change of the first pattern weight value and the current vending information.
Specifically, when the consumer takes one bottle of "iced black tea" from the containing unit 31 having the containing unit number "DY0202", the weight change judging section 55 judges that the first-mode weight value is reduced by 280g, the retrieval acquiring section 56 retrieves and acquires the corresponding standard weight of the goods in the current goods selling information as "280g" or "330g" according to "DY0202", and since the difference value of the first-mode weight value change is "280g", the goods price calculating section calculates that the consumer takes one bottle of iced black tea according to the difference value "280g" and the current goods selling information, the corresponding price is 4 yuan, and then 4 yuan is taken as the deduction price.
The vending communication unit 58 transmits the items of goods, the unit price of goods, the number of items taken by the consumer, and the price of the payment, which are included in the current vending information, to the mobile terminal 200 as payment information, that is, the vending communication unit 58 transmits information of "iced black tea", "unit price 4", "number 1", and payment price 4 "to the mobile terminal 200 during the vending process of the iced black tea.
After receiving the payment information, the mobile terminal 200 displays a corresponding screen containing the payment information to confirm and pay to the consumer.
In the second weighing mode, the weight acquiring section 53 acquires the weights of all the cargoes in the accommodating section of the accommodating member 30 as the second mode weight value based on the weighing results of all the weighing units on the corresponding accommodating member 30.
The weight change determination unit 55 continuously determines whether or not the second pattern weight value has changed, and upon determining that the second pattern weight value has changed, the search acquisition unit 56 searches the vending storage unit for the corresponding item vending information as the current vending information based on the storage unit identification information of the storage unit 30 corresponding to the changed second pattern weight value.
The goods price calculating unit 57 calculates the total price of the goods taken by the consumer from the department of accommodation as the deduction price based on the difference between the first pattern weight value and the second pattern weight value and the current vending information.
Specifically, when the consumer takes one bottle of "cola" and one bottle of "snowy" from the containing unit 31 having the containing section number "B03", the weight change judging section 55 judges that the first pattern weight value is reduced by 830g, the retrieval acquiring section 56 retrieves and acquires the corresponding standard weight of the goods in the current goods selling information as "330g" or "500g" according to the "B03", and since the difference value of the first pattern weight value change is "830g", the goods price calculating section calculates the consumer takes one bottle of "cola" and one bottle of "snowy" according to the difference value "830g" and the current goods selling information, the corresponding total price is 10 yuan, and then 10 yuan is taken as the deduction price.
The vending communication unit 58 transmits the items of goods, the unit price of goods, the number of items taken by the consumer, and the price of the discount included in the current vending information to the mobile terminal 200 as discount information, that is, the vending communication unit 58 transmits the information of "cola", "unit price 4", "number 1", "snowy", "unit price 6", "number 1", and "price of discount 10" to the mobile terminal 200 in the vending process of cola and snowy.
After receiving the payment information, the mobile terminal 200 displays a corresponding screen containing the payment information to confirm and pay to the consumer.
Operation and Effect of embodiment one
The first embodiment provides a weighing control vending apparatus, which includes a goods placement mechanism and a vending controller for controlling the goods placement mechanism, wherein the goods placement mechanism includes a receiving member, at least one partition member capable of partitioning the receiving member, a plurality of weighing units, and a non-partition sensor. The separation member can slide between a vertical position and a non-separation position and is matched with the non-separation sensor, when the separation member is positioned at the non-separation position, the non-separation sensor sends a non-separation signal to the controller, so that the vending controller controls the gravity sensing assembly to switch between a first weighing mode and a second weighing mode, when the separation member is positioned at the vertical position, the first weighing mode is used for weighing, and the weighing units respectively weigh cargoes in the corresponding containing units; when the separation member is in the non-separation position, weighing is carried out in a second mode, all the weighing units on one containing member weigh the goods in the containing part of the containing member together, then the goods taken by the consumer are judged according to the weighing result, the corresponding deduction price is calculated, and the calculated deduction price is sent to the mobile terminal held by the consumer for deduction. That is, a goods placement mechanism can form two areas for selling different goods through the separation of the separation member on the premise that the weight of the goods placement mechanism is unchanged, and can form a larger area for selling the goods with larger volume after the separation member slides, so that the space for placing the goods is changeable.
In addition, the non-separation sensor comprises a Hall component arranged on the bracket and a magnet component arranged on the separation plate, so that the sensing mode of the two gravity sensors on the goods placing mechanism can be switched between a first weighing mode and a second weighing mode by sending a non-separation signal to the controller due to the change of magnetic flux induced by the Hall component to the separation position or the non-separation position by sliding the separation component, the switching method is easy to operate, the burden of a goods loading person is reduced, and the goods loading efficiency is improved.
In addition, goods vending is carried out in a weighing mode, the method is not limited to vending standard-weight and monovalent standard-weight goods, and can be used for vending non-standard-weight goods, such as goods needing weighing, such as fruits and vegetables, for vending more varieties, and the vending range of unmanned vending is facilitated.
In addition, in the first weighing mode, the standard weights of different standard goods accommodated in the corresponding accommodating units are in a weight-multiplying relationship, and in the second weighing mode, the standard weights of different standard goods accommodated in the corresponding accommodating parts are in a weight-multiplying relationship, so that a plurality of goods can be placed in the same accommodating unit or accommodating part, and the diversity of the goods for vending can be improved.
< example two >
Fig. 12 is a block diagram of a weighing control vending system according to a second embodiment of the invention.
As shown in fig. 12, the present embodiment provides a weighing control vending system, which includes a plurality of weighing control vending apparatuses 300, a management server 400, and a mobile terminal 200 for vending.
The weighing control vending apparatus 300 is in communication connection with the management server 400, and the management server 400 is in communication connection with the mobile terminal 200 held by the consumer via the communication network B.
Fig. 13 is a block diagram of a vending controller and a connection diagram of the vending controller and a goods placement mechanism according to a second embodiment of the present invention.
The re-controlled vending apparatus 300 has the same goods placement mechanism 1, cabinet 2, cabinet door, and vending controller 7 as in the first embodiment.
The vending controller 7 includes a weighing control unit 71, a weight acquisition unit 72, a non-separation determination unit 73, and a vending communication unit 74. The weight control section 51, the weight acquisition section 53, and the non-partition determination section 54 are identical to those of the first embodiment, and will not be described in detail here. The weighing control section 51 is for controlling the switching of the first weighing mode and the second weighing mode exactly as in the one of the embodiments.
In the first weighing mode, the weight acquiring section 53 acquires weight values of all the cargoes in the containing unit 31 as the first mode weight value based on the weighing result of the weighing unit on the corresponding containing unit 31.
In the second weighing mode, the weight acquiring section 53 acquires the weights of all the cargoes in the accommodating section of the accommodating member 30 as the second mode weight value based on the weighing results of all the weighing units on the corresponding accommodating member 30.
The vending communication unit 74 transmits the first mode weight value or the second mode weight value acquired by the weight acquisition unit 72, the corresponding storage unit identification information, and the device identification information of the weighing control vending device to the management server 400 as weighing information.
Fig. 14 is a block diagram of a management server in the second embodiment of the present invention.
As shown in fig. 14, the management server 400 includes a management control unit 401, a vending storage unit 402, a weight change determination unit 403, a search acquisition unit 404, a product price calculation unit 405, and a management communication unit 406.
The vending storage unit 52 stores therein the device identification information of the plurality of weighing control vending devices 100, the container identification information of each container in each weighing control vending device, the container identification information of each container 31 in each container, and the goods vending information stored in correspondence with the container identification information or the container identification information.
The device identification information is the number of the weighing control vending apparatus 100, the housing identification information is the housing number, and the housing unit identification information is the housing unit number.
Fig. 15 is a table showing correspondence between device identification information, housing identification information, and housing unit identification information in the second embodiment of the present invention.
As shown in fig. 15, the device number, the storage unit number, and the storage unit number are stored in correspondence. In the second embodiment, two containing units 31 are provided in one containing portion, that is, one containing portion number corresponds to one containing unit number.
Fig. 16 is a table showing correspondence between the identification information of the container and the information of selling goods in the second embodiment of the present invention.
As shown in fig. 16, the weighing modes corresponding to the storage units having the storage unit numbers "B0101", "B0102", and "B0203" are the second weighing modes, and therefore, these storage unit numbers are stored in correspondence with the corresponding vending information.
Fig. 17 is a table showing correspondence between identification information of a containing unit and information of selling goods in the second embodiment of the present invention.
As shown in fig. 17, the weighing modes corresponding to the containing units having the containing unit numbers "DY020201", "DY020202", "DY030401", "DY040402" are the first weighing modes, and therefore these containing unit numbers are stored in correspondence with the corresponding vending information.
In the first weighing mode, the weight change determination unit 403 continuously determines whether or not the received first mode weight value has changed, and upon determining that the received first mode weight value has changed, the search acquisition unit 404 searches the management storage unit 402 for the corresponding cargo vending information as the current vending information based on the device identification information of the weighing vending apparatus 100 and the storage unit identification information of the storage unit 31 corresponding to the changed first mode weight value.
The goods price calculating unit 405 calculates the total price of the goods taken from the accommodation unit by the consumer as the deduction price based on the difference before and after the change of the first pattern weight value and the current vending information. The management communication unit 406 transmits the items of goods, the unit price of goods, the number of items taken by the consumer, and the price of the deduction included in the current vending information to the mobile terminal 200 as the deduction information.
In the second weighing mode, the weight change determination unit 403 continuously determines whether or not the received second mode weight value has changed, and upon determining that the received second mode weight value has changed, the search acquisition unit 404 searches the management storage unit 402 for the corresponding cargo vending information as the current vending information based on the device identification information and the storage unit identification information of the weighing vending apparatus 100 corresponding to the changed second mode weight value.
The goods price calculating unit 405 calculates the total price of the goods taken from the accommodation unit by the consumer as the deduction price based on the difference between the second pattern weight value and the current vending information. The management communication unit 406 transmits the items of goods, the unit price of goods, the number of items taken by the consumer, and the price of the deduction included in the current vending information to the mobile terminal 200 as the deduction information.
The actions and effects of the second embodiment
The weighing control vending system provided in the second embodiment includes a plurality of weighing control vending apparatuses and a management server, and the weight change judgment and the goods price calculation control performed by the weighing control vending apparatus in the first embodiment are performed by the management server, that is, only the corresponding vending information is configured in the management server, so that the weighing control vending system can be used for vending of all the weighing control vending apparatuses in the weighing control vending system. Through the management of the management server, the weighing control vending devices can be flexibly placed in various areas, and the management of an administrator or a consignor is facilitated.
The above examples are only for illustrating the specific embodiments of the present invention, and the present invention is not limited to the description scope of the above examples.
Claims (10)
1. A weight control vending apparatus for a consumer to pick up goods therefrom, comprising:
a plurality of goods placement mechanisms, and a vending control mechanism for controlling each of the goods placement mechanisms,
wherein each goods placement mechanism is provided with a bracket fixedly installed, a containing member, at least one separating member capable of separating the containing member, a plurality of weighing units installed on the bracket and used for bearing the containing member and a non-separating sensor,
the container member has a container portion for containing the goods, the container portion being partitioned by the partition member into a plurality of container units without the container units being in contact with each other, the partition member being slidable between a partitioned position partitioning the goods container member and a non-partitioned position opposite to the partitioned position, the weighing units being respectively installed at bottoms of the respective container units, weighing the goods in the container units and transmitting weighing results and corresponding container unit identification information to the vending control mechanism,
the non-separating sensor sends a non-separating signal to a controller upon sensing that the separating member is in the non-separating position,
The vending control mechanism comprises a vending storage part, a non-separation judging part, a weighing control part and a weight acquisition part,
the vending storage unit is at least provided with storage unit identification information of each storage unit and storage unit identification information of each storage unit in each storage unit,
the non-division judging part judges that the division member is at the non-division position based on the received non-division signal,
upon judging that the partition member is at the non-partition position, the weighing control section controls the weighing mode to change from the first weighing mode to the second weighing mode such that all the weighing units on the housing member corresponding to the non-partition signal commonly weigh the goods in the corresponding housing section, thereby causing the weight acquisition section to acquire weight values of all the goods in the housing section of the housing member as second mode weight values based on weighing results of all the weighing units,
if the partition member is judged not to be in the non-partition position, the weighing control part controls the weighing units to weigh the goods in the corresponding accommodating units by using the first weighing mode, the weight acquisition part acquires weight values of all the goods in the accommodating units as first mode weight values according to weighing results of the weighing units on the accommodating units,
The non-partitioned sensor includes a hall sensor corresponding to the receiving unit and a magnet assembly matched with the hall sensor,
the Hall sensors are arranged on the bracket and respectively opposite to the accommodating units, the accommodating units are provided with corresponding induction through holes,
the magnet assembly is fixedly arranged on the partition member at a position which can be matched with the Hall sensor, when the magnet assembly is close to or far away from the Hall sensor, the Hall sensor outputs different signals,
when the separation member is at a non-separation position, the magnet assembly is opposite to the Hall sensor through the sensing through hole, and the Hall sensor sends the non-separation signal to the controller.
2. The weight control vending apparatus of claim 1, wherein:
wherein the vending control mechanism further comprises a weight change judging unit, a search acquiring unit and a goods price calculating unit,
the goods selling information of a plurality of goods corresponding to the containing unit identification information is also stored in the goods selling storage part, the goods selling information at least comprises the unit price of the goods,
In the first weighing mode, the weight change judging section judges whether or not the first mode weight value is changed,
upon judging that the information is the current vending information, the retrieval and acquisition unit retrieves and acquires the corresponding goods vending information in the vending storage unit according to the storage unit identification information of the storage unit corresponding to the changed first mode weight value,
the goods price calculating part calculates the total price of the goods taken by the consumer from the containing unit as a deduction price according to the difference value before and after the change of the weight value of the first mode and the current vending information.
3. The weight control vending apparatus of claim 1, wherein:
wherein the vending control mechanism further comprises a weight change judging unit, a search acquiring unit and a goods price calculating unit,
the goods selling information of a plurality of goods corresponding to the identification information of the accommodating part is also stored in the goods selling storage part, and at least comprises the unit price of the goods,
in the second weighing mode, the weight change judging section judges whether or not the second mode weight value is changed,
When the result is determined to be positive, the search acquisition unit searches the vending storage unit for the corresponding item vending information as current vending information based on the storage unit identification information of the storage unit corresponding to the changed second mode weight value,
the goods price calculating part calculates the total price of the goods taken by the consumer from the accommodating part as the deduction price according to the difference value before and after the change of the second mode weight value and the current vending information.
4. A weight control vending apparatus as claimed in claim 2 or claim 3, wherein:
wherein the consumer holds a mobile terminal,
the vending control mechanism also has a vending communication section,
the vending communication unit transmits payment information including at least the payment price to the mobile terminal to make payment.
5. A weight control vending apparatus as claimed in claim 2 or claim 3, wherein:
wherein the goods are standard goods with standard weight,
the goods sales information includes a category of the goods, the unit price and the standard weight,
the goods price calculating part calculates the goods class and the quantity of the goods taken by the consumer according to the difference value before and after the change of the first mode weight value or the second mode weight value and the standard weight of the goods in the corresponding accommodating part or the accommodating unit, and calculates the total price of the goods taken by the consumer from the accommodating part as the deduction price according to the quantity and the unit price corresponding to the goods class.
6. The weight control vending apparatus of claim 5, wherein:
wherein in a first weighing mode, the standard weights of different standard goods accommodated in the accommodating units corresponding to the first weighing mode do not have a weight-multiplying relationship,
in the second weighing mode, the standard weights of different standard goods accommodated in the accommodating parts corresponding to the second weighing mode do not have a weight-multiplying relationship.
7. A weight control vending apparatus as claimed in claim 2 or claim 3, wherein:
wherein the goods are non-standard goods without standard weight,
the goods sales information includes a category of the goods and the unit price,
the goods price calculating part calculates the total price of the goods taken by the consumer from the accommodating part as the deduction price according to the difference value before and after the change of the first mode weight value or the second mode weight value and the corresponding unit price of the goods in the accommodating part or the accommodating unit.
8. A weight control vending system, characterized by: comprising the following steps:
a plurality of weighing control vending apparatuses for allowing consumers to pick up goods therefrom;
A management server in communication with each of the weighing control vending apparatuses,
wherein the weighing control vending apparatus is provided with goods placement mechanisms and vending control mechanisms for controlling each goods placement mechanism,
each of the goods placement mechanisms has a fixedly mounted bracket, a receiving member, at least one partitioning member capable of partitioning the receiving member, a plurality of weighing cells mounted on the bracket and supporting the receiving member, and a non-partitioned sensor,
the dividing member is slidable between a dividing position and a non-dividing position, the accommodating member has an accommodating portion for accommodating the goods, the accommodating portion is divided into a plurality of accommodating units by the dividing member and the accommodating units are not in contact with each other, the weighing units are respectively installed at the bottoms of the respective accommodating units, the goods in the accommodating units are weighed, and the weighing results and the corresponding accommodating unit identification information are transmitted to the vending control mechanism,
the non-separating sensor sends a non-separating signal to a controller upon sensing that the separating member is in the non-separating position,
The vending control mechanism comprises a non-separation judging part, a weighing control part, a weight acquisition part and a vending communication part,
the non-partition judging section judges that the partition member is at the non-partition position based on the non-partition signal,
upon judging that the partition member is at the non-partition position, the weighing control section controls the weighing mode to change from the first weighing mode to the second weighing mode such that all the weighing units on the housing member corresponding to the non-partition signal weigh the goods in the corresponding housing section in common, and further such that the weight acquiring section acquires weight values of all the goods in the corresponding housing section as second mode weight values according to weighing results of all the weighing units,
if the partition member is judged not to be in the non-partition position, the weighing control part controls the weighing units to weigh the goods in the corresponding accommodating units by using the first weighing mode, the weight acquisition part acquires weight values of all the goods in the accommodating units as first mode weight values according to weighing results of the weighing units on the accommodating units,
The vending communication unit transmits the first or second mode weight value, the corresponding storage unit identification information, and the device identification information of the weighing control vending apparatus as weighing information to the management server,
the non-partitioned sensor includes a hall sensor corresponding to the receiving unit and a magnet assembly matched with the hall sensor,
the Hall sensors are arranged on the bracket and respectively opposite to the accommodating units, the accommodating units are provided with corresponding induction through holes,
the magnet assembly is fixedly arranged on the partition member at a position which can be matched with the Hall sensor, when the magnet assembly is close to or far away from the Hall sensor, the Hall sensor outputs different signals,
when the separation member is at a non-separation position, the magnet assembly is opposite to the Hall sensor through the sensing through hole, and the Hall sensor sends the non-separation signal to the controller.
9. The weight control vending system of claim 8, wherein:
wherein the management server comprises a management storage unit, a weight change judging unit, a search acquisition unit, and a device communication unit, and a cargo price calculating unit,
The management storage unit stores at least the device identification information of the plurality of weighing control vending devices, the container identification information of each container in each weighing control vending device, the container identification information of each container in each container, and the goods sales information stored in correspondence with the container identification information or the container identification information, the goods sales information including at least the unit price of the goods,
in the first weighing mode, the weight change judging section judges whether or not the first mode weight value is changed,
when the judgment is yes, the search and acquisition unit searches and acquires the corresponding goods selling information in the management storage unit as the current selling information according to the device identification information and the containing unit identification information corresponding to the changed first mode weight value,
the goods price calculating part calculates the total price of the goods taken by the consumer from the containing unit as a deduction price according to the difference value before and after the change of the weight value of the first mode and the current vending information,
The consumer holds a mobile terminal in the possession of the consumer,
the device communication unit transmits payment information including at least the payment price to the mobile terminal, thereby performing payment.
10. The weight control vending system of claim 8, wherein:
wherein the management server comprises a management storage unit, a weight change judging unit, a search acquisition unit, and a device communication unit, and a cargo price calculating unit,
the management storage unit stores at least the device identification information of the plurality of weighing control vending devices, the container identification information of each container in each weighing control vending device, the container identification information of each container in each container, and the goods sales information stored in correspondence with the container identification information or the container identification information, the goods sales information including at least the unit price of the goods,
in the second weighing mode, the weight change judging section judges whether or not the second mode weight value is changed,
upon judging that the information is the second mode weight value, the search acquisition unit searches the management storage unit for the corresponding storage unit identification information based on the device identification information and the storage unit identification information corresponding to the changed second mode weight value, searches the management storage unit for the corresponding cargo vending information based on the acquired storage unit identification information, and further searches the management storage unit for the corresponding cargo vending information as current vending information,
The goods price calculating part calculates the total price of the goods taken by the consumer from the containing unit as a deduction price according to the difference value before and after the change of the second mode weight value and the current vending information,
the consumer holds a mobile terminal in the possession of the consumer,
the device communication unit transmits payment information including at least the payment price to the mobile terminal, thereby performing payment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110435022.0A CN113554806B (en) | 2021-04-22 | 2021-04-22 | Weighing control vending device and weighing control vending system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110435022.0A CN113554806B (en) | 2021-04-22 | 2021-04-22 | Weighing control vending device and weighing control vending system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN113554806A CN113554806A (en) | 2021-10-26 |
| CN113554806B true CN113554806B (en) | 2023-05-02 |
Family
ID=78101798
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202110435022.0A Active CN113554806B (en) | 2021-04-22 | 2021-04-22 | Weighing control vending device and weighing control vending system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN113554806B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115388601A (en) * | 2022-08-25 | 2022-11-25 | 海信冰箱有限公司 | Refrigerator with a door |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0950570A (en) * | 1995-08-10 | 1997-02-18 | Fuji Electric Co Ltd | Automatic vending machine |
| CN205621134U (en) * | 2016-03-14 | 2016-10-05 | 广州市快易点智能科技有限公司 | Automatic dismantled accommodate device of vending machine |
| CN206711264U (en) * | 2017-06-07 | 2017-12-05 | 深圳正品创想科技有限公司 | A kind of automatic selling counter |
| CN108597156A (en) * | 2018-05-11 | 2018-09-28 | 刘江 | It is a kind of can multi-configuration Intelligent gravity counter |
| CN108806069A (en) * | 2018-05-23 | 2018-11-13 | 向荣华 | A kind of cargo monitoring method sells equipment and selling system |
| CN208636933U (en) * | 2018-06-07 | 2019-03-22 | 长江大学 | A kind of vending machine cabinet body that storage space is variable |
| CN210242928U (en) * | 2019-08-31 | 2020-04-03 | 浙江星星冷链集成股份有限公司 | Multi-channel gravity scale structure |
-
2021
- 2021-04-22 CN CN202110435022.0A patent/CN113554806B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN113554806A (en) | 2021-10-26 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US3716697A (en) | Automatic marketing system | |
| US9934657B2 (en) | Vending kit and method | |
| US9833084B2 (en) | Merchandiser | |
| US6269285B1 (en) | Self-service freezer chest with inventory monitoring means | |
| CA1309114C (en) | System for detecting removal of items from a hotel minibar and for the automatic charging of the bill to the guest for items removed from the minibar | |
| US4373133A (en) | Method for producing a bill, apparatus for collecting items, and a self-service shop | |
| CN109064630B (en) | Unmanned automatic weighing and price calculating counter system | |
| CN107424298B (en) | Vending machine | |
| AU2012375605B2 (en) | Computer network for monitoring and controlling storage facilities comprising a load state device and a user detection device | |
| CN107657736A (en) | A kind of open vegetable melon and fruit intelligence vending machine | |
| CN113554806B (en) | Weighing control vending device and weighing control vending system | |
| US20150153217A1 (en) | Storage device for articles having a load state detection device for detecting a removal, a loading and/or the load state of the storage device | |
| EP3248933A1 (en) | Beverage dispensing apparatus and method | |
| US20150068821A1 (en) | Storage Facility for Articles Having a Load State Device and a User Detection Device | |
| CN109949485A (en) | Open unmanned automatic selling device and its good selling method | |
| KR20090129264A (en) | Display apparatus for vending machine, vending machine and control method with the same | |
| WO2017182399A1 (en) | Beverage dispenser with beverage dispensing containers and method for illuminating the activive container | |
| CN113554805B (en) | Weighing control vending device and weighing control vending system | |
| WO1991019961A1 (en) | Check-out installation in a retail outlet | |
| CN113554802B (en) | Weighing device and unmanned vending system | |
| CN207233098U (en) | A kind of open vegetable melon and fruit intelligence vending machine | |
| CA1274487A (en) | Increased column/selectivity vender | |
| CN207909247U (en) | A kind of shared unmanned retail cabinet | |
| CN209765623U (en) | Unmanned selling device based on gravity induction | |
| CA2714538A1 (en) | Rotary carousel scale |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |