CN212208424U - Warehouse style intelligent delivery shopping cabinet - Google Patents
Warehouse style intelligent delivery shopping cabinet Download PDFInfo
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- CN212208424U CN212208424U CN202020438882.0U CN202020438882U CN212208424U CN 212208424 U CN212208424 U CN 212208424U CN 202020438882 U CN202020438882 U CN 202020438882U CN 212208424 U CN212208424 U CN 212208424U
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Abstract
The utility model provides a warehouse type intelligent delivery shopping cabinet, which realizes the effects of small floor area and large delivery quantity; by providing a temperature control technology of a warehouse type intelligent delivery shopping cabinet, the purposes that a plurality of temperature control areas can be arranged in the warehouse type intelligent delivery shopping cabinet, commodities in various temperature states can be stored at the same time, the time of exposing the temperature-state commodities to the outdoor environment is shortened, the defect that different temperature-state commodities are placed in one cabinet lattice to influence each other in a passenger order is overcome, and the effect of delivering the multi-temperature-state commodities in the fresh and fresh industry at the same time is met; by providing a heavy-duty cabinet lattice technology, the purposes of consistent delivery and sale unit price and taking weight as a pricing unit commodity are realized, the dual purposes of commodity delivery and field sale are realized, the defect of single function of a delivery cabinet and a shopping cabinet is overcome, and the effect of integrating warehouse delivery and field sale of heavy-duty commodities is achieved; by providing a pricing type cabinet lattice technology, the purpose of delivering and selling commodities with inconsistent packaging weight and unit price is achieved, and the effect of integrating non-standard commodity warehouse type delivery and field sale is achieved.
Description
Technical Field
The utility model belongs to commodity cabinet is delivered to storage formula intelligence in mechano-electronic integration field.
Background
Most of the existing logistics delivery cabinets and delivery systems adopt single orders and single-temperature-state delivery cabinet lattices, and independent storage and taking-out modes such as a nest formation mode, a quick delivery mode and the like are adopted, other refrigerator storage modes also fix one temperature such as 0-10 ℃, and for fresh and fresh customers, commodities with various temperature states such as dry food and the like need to be purchased at normal temperature, vegetables, melons and fruits need to be stored in an environment of 0-10 ℃ and frozen products need to be stored in an environment of-18 ℃; for a common community, 1000 residents can exist, each resident purchases 5 commodities with different temperature states once, the normal transaction mode is adopted, the existing community delivery cabinet is generally only 100 cabinets, even 2 groups of delivery cabinets are also only 200 cabinets, according to the prior art scheme, each cabinet can only store commodities with one temperature state, the 2 groups of community delivery cabinets can only store 40 tickets of order commodities, the huge difference exists between the number of community residents, each family only needs to buy vegetables once every day and is used for eating on the day, the vegetables are all collected, each delivery cabinet can only serve one customer, the vegetables cannot be reused in a time sharing manner, and the large investment is realized by simply increasing the number of the delivery cabinets; the problems that the workload is huge and the handover time is difficult to match exist when manual delivery is adopted for getting on the door; the method of renting a door shop and installing a manned on-duty refrigerator also increases site rent and manual investment, and the purpose of renting a shop front to realize logistics distribution is contrary to the goal of electronic commerce; the group buying sponsor of the community also brings a profound influence on the delivery mode, the group buying sponsor feeds goods at the whole box wholesale price and sells the goods in the retail specification, the complete matching of the whole box of goods and the retail quantity is difficult to be ensured, and if the storage condition of the goods is low temperature or the quality guarantee period is short, the goods are easy to deteriorate and the loss is increased; the existing shopping cabinet adopts a mode of paying first and then delivering goods, mainly adopts a falling channel mode to pick up goods, is suitable for packaging goods with good regularity, fixed unit price and less varieties, such as packaged beverages and snacks, and cannot support the goods with large unit price and uncertain valuation weight, such as packaged fresh vegetables, fishes, meat and the like which are irregular; at present, a delivery shopping system and a delivery shopping method which can store commodities in multiple temperature states, serve a large number of orders of communities and place orders and pick up goods on site do not exist, and the system and the method cannot meet the development requirements of modern electronic commerce.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a purchase cabinet is delivered to normal atmospheric temperature warehouse style intelligence for keep apart the internal and external environment of cabinet and each cabinet check space of inside, control every cabinet check and can deposit and take out many normal atmospheric temperature commodities.
A second object of the utility model is to provide a purchase cabinet is delivered to multi-temperature-zone warehouse style for keep apart the internal a plurality of temperature control district of cabinet, realize the internal effect that has a plurality of different temperature control district of a cabinet, keep apart with ambient temperature simultaneously, control every cabinet check and can deposit and take out the commodity that many the same temperature state were preserved.
The utility model discloses a third purpose is to provide the shopping cabinet of transparent cabinet door, is used for the commodity in kind in the show cupboard on the one hand, and reinforcing user experience, on the other hand can the on-the-spot accurate customer identity of verifying, opens the on-the-spot shopping service of ordering down to the accurate customer who obtains the shopping authority.
The purpose of the utility model is realized through the following technical scheme:
the utility model provides a shopping cabinet is delivered to warehouse style intelligence, include:
the normal-temperature delivery shopping cabinet body is used for isolating and visualizing the internal space of the cabinet body from the external environment and the internal space of each cabinet grid;
and/or
The multi-temperature-zone delivery shopping cabinet body is used for isolating and visualizing a plurality of temperature control zones in the cabinet body from the external environment and the cabinet body, setting the working temperature of each temperature control zone, providing a temperature control energy body, and inputting energy bodies with different temperatures to different temperature control zones so as to keep the temperature of the temperature control zone in the set range;
the weighing type cabinet lattice is used for independently storing and weighing commodities in the cabinet lattice;
and/or
The pricing type cabinet lattice is used for independently storing and pricing the commodities in the cabinet lattice;
and the cabinet access control is used for detecting the state of each cabinet door and opening the cabinet door according to the control instruction.
Also, the shopping cabinet is delivered to multi-temperature-zone type, includes:
the heat insulation perspective cabinet body is used for isolating the environment temperature and the space inside and outside the cabinet body and enabling the environment temperature and the space to be visible;
the heat insulation cabinet lattices are used for isolating the environmental temperature and the space among the cabinet lattices in the cabinet body;
the temperature control energy generator is used for generating energy used by the temperature control area;
the temperature control energy body conveyor is used for conveying the energy body to the corresponding temperature control area space;
and the temperature controller is used for setting the space working temperature of each temperature control area and controlling the energy transmission of the energy source body according to the temperature.
Also, the normal temperature type delivery shopping cabinet includes:
the isolation cabinet body is used for isolating the environment temperature and the space inside and outside the cabinet body;
the isolation cabinet lattices are used for isolating the environmental temperature and the space among the cabinet lattices in the cabinet body;
and the heat insulation cabinet door is used for isolating the space inside and outside the cabinet body and visualizing the space inside the cabinet body.
Furthermore, the weighing cabinet grid comprises:
the cabinet grid shelf is used for storing commodities and enabling the temperature control energy body to flow in the temperature control area;
the weighing sensor is used for acquiring weight signals of commodities on the cabinet lattice shelf;
and the weighing module is used for converting the weight signal into weight data.
Still more, the pricing cabinet grid includes:
the cabinet grid shelf is used for storing commodities and enabling the temperature control energy body to flow in the temperature control area;
the pricing sensor is used for acquiring pricing signals of commodities on the shelf of the cabinet grid;
and the pricing module is used for converting the pricing signals into pricing data.
Compared with the prior art, the utility model has the advantages of it is following:
1. through providing the cabinet body technique of purchasing the cabinet of warehouse style intelligence delivery, realize that area is less, the purpose that many commodities can be deposited and delivered to every cabinet check, avoid one check and throw formula delivery cabinet memory capacity few, occupy the defect that the cabinet check is many, the operation cost is high, play the effect that improves delivery efficiency, reduces and deliver the operation cost.
2. Through providing warehouse style intelligence delivery and purchasing the cabinet temperature control technique, realize inside can set up a plurality of control by temperature change districts, can deposit the commodity of multiple warm attitude simultaneously, shorten the purpose of warm attitude commodity exposing in outdoor environment's time, avoid a passenger order form to have different warm attitude commodity to put the defect that a cabinet check influence each other, play the new freshness of effectively preserving warm attitude commodity, satisfy the effect that the needs were delivered simultaneously to the many warm attitude commodities of living and fresh trade.
3. Through providing heavy cabinet check technique, can in time acquire each cabinet check stock commodity weight information, realize delivering and selling unit price unanimity, use the purpose of weight as the unit commodity of valuation, even the delivery volume of person of picking up goods is greater than former order volume, still can receive the payment of goods through the introduction exempt from close payment prior art, realize the dual purpose of commodity delivery and field sales, avoid delivering the defect of cabinet, the shopping cabinet function singleness, play the effect of weighing commodity warehouse style delivery and field sales integration.
4. Through providing pricing type cabinet check technique, can in time acquire each cabinet check stock commodity quantity and price information, realize can deliver and sell the commodity purpose that packing weight and unit price are inconsistent, to commodity such as domestic animal products cutting part, poultry and cutting part, aquatic products in the raw and fresh food, can't guarantee that the weight of every packing is unanimous, the unit price is unanimous, traditional technique can only adopt artifical face-to-face selling and one check put in the mode, still can realize delivering and selling dual purpose through introducing this technique, avoid the defect that non-standard commodity can not unmanned concentrated delivery and sale, play non-standard commodity warehouse style and deliver and the effect of field sales integration.
Drawings
FIG. 1 is a schematic structural diagram of a warehouse-type intelligent delivery shopping cabinet according to an embodiment of the present invention;
FIG. 2 is a schematic block diagram of the weighing cells of FIG. 1;
FIG. 3 is a schematic block diagram of the pricing cabinet grid of FIG. 1;
FIG. 4 is a schematic block diagram of the door access of FIG. 1;
the present invention will be described in further detail with reference to the following examples and drawings, but the present invention is not limited thereto.
Detailed Description
As shown in fig. 1, the schematic structure diagram of the storage-type intelligent delivery shopping cabinet according to an embodiment of the present invention includes: the temperature control cabinet comprises a cabinet body 100 and a plurality of temperature control areas 101-104; the cabinet body 100 can be a sandwich structure, a built-in heat insulation material, such as a polyurethane foam board, has two high-strength protective layers on two sides, a heat insulation board between each temperature control area can be fixed or can be detachable, and the space of each temperature control area can be the same size or different sizes, so that the size of the space of each temperature control area can be adjusted according to the putting amount of each temperature commodity; each temperature control area can be provided with a plurality of cabinet lattices 105, a goods shelf 1051, a weighing sensor 1052 and/or a pricing sensor 1053, a weighing module 1054 and a pricing module 1055 are arranged in each cabinet lattice, the temperature control area is provided with a cabinet door 106, the main body of the cabinet door is mainly made of glass transparent materials, a cabinet door can be independently arranged for each cabinet lattice, or a plurality of cabinet lattices share one cabinet door, and the cabinet door can be opened and closed at one side or pushed and pulled left and right; each temperature control area is provided with an energy body input control end 107 for controlling the temperature and the output quantity of the energy body, and a temperature controller 108 is arranged in the cabinet body for controlling the space temperature of the temperature control area; an access control module 109 is installed on the cabinet door 106; in the case of a normal temperature cabinet, there is no energy input to the control terminal 107 and the temperature controller 108, as in the other cases.
As shown in fig. 2, the schematic structure diagram 105-1 of the weighing cabinet grid includes: a cabinet shelf 1051, a weighing sensor 1052 and a weighing module 1054; the goods loading frame 1051 can adopt a net-shaped steel structure or a perforated plate steel structure, so that the energy body can smoothly flow while loading goods; the weighing sensor 1052 may be any weighing sensor, such as an optoelectronic, a hydraulic, an electromagnetic, a capacitive, a magnetic pole deformation, a vibration, a gyroscope, a resistance strain gauge, etc., wherein the weighing module 1054 may be a circuit for converting an analog signal obtained from the weighing sensor into a digital weight signal.
As shown in fig. 3, the schematic structure diagram 105-2 of the pricing cabinet grid includes: a cabinet shelf 1051, a pricing sensor 1053 and a pricing module 1055; the goods loading frame 1051 can adopt a net-shaped steel structure or a perforated plate steel structure, so that the energy body can smoothly flow while loading goods; the pricing sensor 1053 can adopt any tag reader, such as an RFID reader, a one-dimensional code reader, a two-dimensional code reader, etc., for example, the pricing information is associated with a background commodity pricing database in advance, then the pricing information is mapped into a bar code, a two-dimensional code and an RFID, and the bar code, the two-dimensional code and the RFID tag are printed and pasted on corresponding commodities; when the commodities are put on a pricing shelf, the pricing labels are read, the problem that the commodities with inconsistent weight and unit price of each commodity can be intensively delivered can be solved by the pricing labels, for example, each part (streaky pork, front leg pork, spareribs and the like) of pork is produced by one pig, but the unit price and the cutting weight of the parts are different, the pork is intensively delivered to a cabinet lattice at a temperature, the price of the goods to be delivered cannot be obtained through weighing, and the pricing sensor can directly read commodity pricing label information on the labels, such as 480 grams of streaky pork, 360 grams of SKU88578766 yellow croakers and the like; the pricing module 1055 may be a circuit plus software, which directly converts the pricing label information obtained from the pricing sensor into pricing digital signals, or may obtain the latest pricing data from the intelligent delivery server through the network, for example: SKU36578769 streaky pork 480 g =25 yuan, SKU88578766 yellow croaker 360 g =22 yuan, and so on.
As shown in fig. 4, the schematic structure diagram 109 of the door access control of the cabinet comprises an access control lock 1091 and an access control module 1092; the access lock 1091 may be any lock body that is not manually controlled, such as an electromagnetic lock, an electric plug lock, a cathode lock, an anode lock, etc.; the access control module 1092 may adopt a circuit for acquiring an access control command, sending a signal whether to open an access control and open a certain access control according to the command, and detecting the open/close state of the compartment door to send a corresponding state signal; if a signal for opening a certain entrance guard is sent out, but the cabinet grid door is still in a closed state, the signal for opening needs to be sent out again, and if the signal for opening is sent out for three times continuously and the door is still in the closed state, the signal for the entrance guard fault needs to be sent out.
The above embodiments are preferred embodiments of the present invention, but the embodiments of the present invention are not limited to the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not depart from the spirit and principle of the present invention should be equivalent replacement modes, and all are included in the scope of the present invention.
Claims (5)
1. The utility model provides a cabinet of buying goods is delivered to warehouse style intelligence which characterized in that includes:
the normal-temperature delivery shopping cabinet body is used for isolating and visualizing the internal space of the cabinet body from the external environment and the internal space of each cabinet grid;
and/or
The multi-temperature-zone delivery shopping cabinet body is used for isolating the internal and external environments of the cabinet body and enabling a plurality of temperature control zones in the cabinet body to be visible, setting the working temperature of each temperature control zone, providing a temperature control energy body, and inputting energy bodies with different temperatures to different temperature control zones so as to keep the temperature of the temperature control zones in the set range;
the weighing type cabinet lattice is used for independently storing and weighing commodities in the cabinet lattice;
and/or
The pricing type cabinet lattice is used for independently storing and pricing the commodities in the cabinet lattice;
and the cabinet access control is used for detecting the state of each cabinet door and opening the cabinet door according to the control instruction.
2. The warehouse-style intelligent delivery shopping cabinet as claimed in claim 1, wherein the multi-temperature zone type delivery shopping cabinet body comprises:
the heat insulation cabinet body is used for isolating the environment temperature and the space inside and outside the cabinet body;
the heat insulation cabinet lattices are used for isolating the environmental temperature and the space among the cabinet lattices in the cabinet body;
the heat insulation cabinet door is used for isolating the environment temperature and the space inside and outside the cabinet body and can be used for observing the space in the cabinet body;
the temperature control energy generator is used for generating energy used by the temperature control area;
the temperature control energy body conveyor is used for conveying the energy body to the corresponding temperature control area space;
and the temperature controller is used for setting the space working temperature of each temperature control area and controlling the energy transmission of the energy source body according to the temperature.
3. The bin-based smart delivery shopping cabinet of claim 1, wherein said ambient temperature delivery shopping cabinet comprises:
the isolation cabinet body is used for isolating the environment temperature and the space inside and outside the cabinet body;
the isolation cabinet lattices are used for isolating the environmental temperature and the space among the cabinet lattices in the cabinet body;
and the heat insulation cabinet door is used for isolating the space inside and outside the cabinet body and visualizing the space inside the cabinet body.
4. The bin-based smart delivery shopping cabinet of claim 1, wherein the counter-weight cabinet grid comprises:
the cabinet grid shelf is used for putting commodities and enabling the temperature control energy body to flow in the temperature control area;
the weighing sensor is used for acquiring weight signals of commodities on the cabinet lattice shelf;
and the weighing module is used for converting the weight signal into weight data.
5. The warehouse-style smart delivery shopping cabinet of claim 1, wherein the pricing cabinet grid comprises:
the cabinet grid shelf is used for putting commodities and enabling the temperature control energy body to flow in the temperature control area;
the pricing sensor is used for acquiring pricing signals of commodities on the shelf of the cabinet grid;
and the pricing module is used for converting the pricing signals into pricing data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020438882.0U CN212208424U (en) | 2020-03-31 | 2020-03-31 | Warehouse style intelligent delivery shopping cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020438882.0U CN212208424U (en) | 2020-03-31 | 2020-03-31 | Warehouse style intelligent delivery shopping cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212208424U true CN212208424U (en) | 2020-12-22 |
Family
ID=73824351
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020438882.0U Active CN212208424U (en) | 2020-03-31 | 2020-03-31 | Warehouse style intelligent delivery shopping cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212208424U (en) |
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2020
- 2020-03-31 CN CN202020438882.0U patent/CN212208424U/en active Active
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