CN115410311A

CN115410311A - Method for constructing multi-floor intelligent corridor small supermarket

Info

Publication number: CN115410311A
Application number: CN202210591827.9A
Authority: CN
Inventors: 温志全
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-28
Filing date: 2019-05-28
Publication date: 2022-11-29
Also published as: CN115273324A; CN110164034A

Abstract

A method for constructing a multi-floor intelligent corridor small supermarket aims to solve the problems that an existing small supermarket is difficult to enter a single unit in a building and a truly meaningful small supermarket with hundreds of commodity varieties is formed in the existing small supermarket, the method for constructing the small supermarket by using narrow corridors with the width of 1.2-2 meters in multiple floors in the building and multiple or multiple groups of ultrathin vending machines with the thickness of being less than or equal to 120mm in the number specification grade is adopted, and the method is a novel brand-new-state small supermarket construction method and belongs to the field of intelligent supermarkets.

Description

Method for constructing multi-floor intelligent corridor small supermarket

Technical Field

The invention relates to a method for constructing a multi-floor intelligent corridor small supermarket, which is a method for jointly constructing an intelligent novel small supermarket by a plurality of or a plurality of groups of ultrathin vending machines and narrow corridors in a multi-floor building in a building, is a method for constructing a novel brand-new-state small supermarket, and belongs to the field of intelligent supermarkets.

Background

Supermarkets, a sales outlet from which customers self-service select commodities, also called a self-service store, exist in a large number of existing societies. The traditional small and medium sized convenience stores in supermarkets are developed quickly because the storefronts are small and flexible and are close to consumers, and the shopping requirements of the consumers can be met quickly and conveniently. Small convenience stores have their own limitations. Like other traditional supermarkets, it must have its own independent service and vending space-the store front and the service personnel in the store. The storefront is too small, the quantity of the commodity display varieties and the sales are correspondingly reduced, the sales income is difficult to balance the operation cost, and the profit of a single store is difficult to win. To overcome this limitation, small convenience stores have begun to evolve toward unmanned convenience stores using current technology. The unmanned convenience store has two types of unmanned convenience stores which are formed by an automatic vending machine and an unmanned cash system together with a traditional open shelf. However, the unmanned convenience stores in the two forms only reduce operators in the store, and self-owned independent service vending space, namely the store front, is still necessary. To this end, a new type of storefront-free and self-service store has been developed, which is displayed in a shared public space (e.g., in a station hall or in the open air) by using an automatic vending machine. However, the small supermarket in the above type is limited by the structural feature attributes of the supermarket, and the development of the supermarket is greatly limited in the direction of a single building in a cell closer to a consumer or a single unit in the building. Also because of this, most of the current small convenience stores are located at the level of the cell, and little progress is made toward deeper levels in the cell, and the small convenience stores are located in a single building or a single unit in the building inside the cell.

In order to overcome the restriction factors, the conventional small-sized convenience store has two methods of establishing a small-sized unmanned convenience store in a single building in a rented district or a certain room in a single unit in the building by using the prior art and establishing a small-sized convenience store by using an own house by starting a proprietor. The former only solves the cost problem of the operators in the storefront, and the latter only solves the cost problem of independent operation and vending space-house rent of the storefront. Since the latter seemingly costs no rental of the storefront premises. But from another perspective, from the cost of acquisition and the efficiency of utilization of the house. This approach is simply one that does not account for independent operating vend space-store house rent within operating costs. This is not really without cost. The method is a special case which is separated from a normal commercial operation mode, and is difficult to popularize and apply in a large area. Therefore, none of the above methods fundamentally solves the above problems.

In order to break through the above limitation of the conventional small convenience store, two novel small supermarkets, namely a storefront-free small unmanned convenience store and an unmanned shelf self-service small supermarket, have been developed in recent years in a single building or a single unit in the building. The former is a novel small supermarket formed by one or more groups of traditional vending machines, a place with a larger shared public space displayed in a building and the place with the larger shared public space and the traditional vending machines. The latter is a novel small supermarket which displays free or low rent in a certain office of a building on an open shelf or a vending machine of a traditional supermarket and is formed by private space places of other people and the traditional open shelf or the vending machine. However, the two new small supermarkets still have the defects.

The vending machine used in the former is a traditional vending machine, generally the thickness of the machine body is larger than 300mm, and the vending machine can only be arranged in places with larger shared public space, such as halls, halls and the like in buildings or other similar places with wider space. Such space is relatively scarce in single or single unit, commonly populated and office buildings, and the use and development of such storefront-less small self-service convenience stores is correspondingly limited. On the other hand, the small supermarket is limited by the property of a selling space field forming the supermarket, the number of shelves which can be placed in the small supermarket is often small, and a real small supermarket with a large number of commodity varieties in the complete sense is difficult to form.

The latter shelves or vending machines are still used in the traditional sense of supermarket shelves or vending machines, usually also with a thickness not lower than 300mm, rarely lower than 200 mm. Due to the fact that goods shelves or vending machines are displayed in private space places of other people, the number of the goods shelves or the vending machines is limited, and generally, the goods shelves or the vending machines are at most in groups, so that a real small supermarket with a large number of commodity varieties in a complete sense is difficult to form. On the other hand, the unit of the exhibition site cannot share the space with other people except the unit, so that the unit can only serve people in the office of the exhibition site unit, and the members of next-door units cannot share the space. The display shelves or the vending machines cannot be shared in the building or the unit, so that the utilization rate of the display shelves or the vending machines and the commodity turnover rate are reduced, the single store profitability of the small supermarket is correspondingly reduced, and the development of the small supermarket is also restricted.

There is also a micro supermarket built in a single building or in a single unit within a building using a micro vending machine. The micro supermarket is formed by one or more micro vending machines which are displayed in public spaces or a certain private space in a single unit in a building or a building and jointly arranged in the public spaces or the private spaces and the micro vending machines. Such as a micro vending machine for selling sanitary products and convenience foods in hotel rooms, a micro vending machine for selling sanitary towels in public toilets, and a micro vending machine for selling paper towels in station halls. The micro vending machine used in the micro supermarket is smaller than the traditional vending machine body, and the thickness of the micro vending machine is thinner than that of the traditional vending machine, generally about 200-150 mm, occasionally less than 150 mm, and basically less than 120mm and 100 mm. Because its use of display space does not impose limitations on the thickness of the vending machine, nor are design considerations and requirements for minimizing the thickness of the vending machine. It is only a necessary result of the miniaturization of the machine body due to the reduction of the number of the single goods of the display goods on the basis of the traditional vending machine. The thickness is only a relative consequence of this miniaturization. No necessary limitations or requirements are put on the thickness of the vending machine at all. The number of commodities displayed on a single machine of the miniature automatic vending machine and the variety of the commodities are few, and the miniature automatic vending machine is only a few or a single variety generally, so that the requirement of the commodity display number of a normal small convenience store with a large commodity variety on a shelf is difficult to meet. The micro supermarket is basically the same as the two new small supermarkets from the aspect of the selling space of the supermarket, and the characteristics and the limitations are the same as those of the two new small supermarkets.

The novel small supermarket solves the problem of miniaturization of the supermarket in a single building or a single unit in the building, and does not solve the problem that the quantity of commodity varieties of the small supermarket needs to be diversified. This is one of the fundamental reasons why they cannot replace the traditional small convenience stores. The supermarket can be more suitable for one of essence of social development demands, and the number of the displayed commodity varieties is diversified. Diversification can meet the shopping demands of consumers in a larger area, and the capability of the aspect is correspondingly reduced when the quantity of the commodity varieties is too small. The common weakness of the new miniature supermarkets of the above type in a single building or in a single unit within a building is here. The number of the goods displayed by the supermarket is only a few or one or twenty, and is difficult to be more than hundreds of goods, so that a real small supermarket with hundreds of goods is difficult to form in the complete sense.

Traditionally we have used to refer to the above-mentioned several new small supermarkets, especially when a single machine or a single shelf is applied, as a vending machine or an unmanned shelf. This is because their vending space is less obvious, unlike traditional supermarkets which have their own independent storefront, they are shared public spaces or others private spaces that are used as vending space. But the self-service vending system is not different from the traditional supermarket in nature and is composed of a vending space and a self-service goods shelf. Compared with traditional department goods, the self-service goods shelf has the advantages that goods taking from the goods shelf is completed by the consumer by self.

The limitations of the new supermarkets are related to their own structural configuration. From the structural point of view, the supermarket is a self-service vending system consisting of vending spaces and self-service shelves. The traditional supermarket with people for assisting settlement and the modern unmanned supermarket with unmanned automatic settlement appear by being endowed with different settlement modes. The change of the vending space characteristics appears in a traditional supermarket with an independent operating vending space-storefront and the two novel supermarkets which utilize a shared space or a private space of other people, and a traditional offline physical supermarket with a physical storefront and a modern online virtual supermarket without the physical storefront (the storefront is virtualized); the change of the characteristics of the self-service goods shelves is that the traditional supermarkets utilizing open self-service goods shelves (such as the open goods shelves of the traditional supermarkets) and various automatic selling modern supermarkets utilizing closed self-service goods shelves (automatic vending machines) appear, and the offline physical supermarkets and the online virtual supermarkets (the goods shelves are virtual) with the physical goods shelves also appear. The characteristics of the vending space and the characteristics of the self-service shelves determine the characteristics of the self-service vending system in the supermarket, and also determine the environment which can be adapted and can develop for a specific supermarket formed by the self-service vending system.

The basic reason why the novel small supermarket cannot solve the diversification of the commodity varieties in a single building or a single unit in the building is caused by the basic characteristic of the selling space of the supermarkets. A small unmanned convenience store without storefront forms a supermarket vending space, and is a place with a large public space shared in a building. Such space fields are relatively few in ordinary buildings, in particular residential and office buildings. The self-service small supermarket with the unmanned goods shelf forms a selling space of the supermarket, and is a private space of other people in a building in the building. The private space of others cannot allow too many supermarket shelves to be displayed. Therefore, the scales of the two novel small supermarkets are correspondingly limited, and the variety and the quantity of the commodities in the supermarkets are also limited to be diversified. Above-mentioned novel small-size supermarket, goods shelves and the automatic vending machine of using still remain goods shelves and automatic vending machine in the tradition in the thickness. From the aspect of thickness, the self-service shelf characteristics applied to the novel small supermarkets are not essentially different from those applied to the traditional supermarkets. The thickness of the self-service shelf is relatively thick, generally not less than 300mm, rarely less than 150 mm, basically not less than 120mm and 100 mm, the small commodities are displayed in rows along the depth direction of the self-service shelf, and the requirement and the design idea for reducing the thickness as much as possible are basically not required. The feature of the self-service shelf being relatively thick in thickness also limits the space that the above-mentioned several new small supermarkets can exist and be applied. Neither of them can be applied to a relatively narrow space, and the narrow space cannot be used as a selling space of a supermarket. The application scale of the novel small supermarket is greatly restricted and limited in a single building or a single unit in the building. The vending space is a core element constituting a supermarket. To make supermarkets located in a building shareable to all people in the building, a shared space must be found in the building. In order to solve the problem of diversification of the number of commodity varieties in supermarkets, a relatively large number of shared spaces need to be found. In a building, the corridor can just meet the two requirements no matter which building. The corridors are the main components of the building, and are distributed in each floor of the building like the blood vessels of the human body. Basically, various buildings, especially residential buildings and office buildings, have the largest amount of shared public space in addition to private rooms. But the corridor in the building has narrow characteristics when the space is large. Traditional convenience stores and above-mentioned several kinds of novel small supermarkets, the traditional self-service goods shelves-goods shelves and automatic vending machine and the miniature automatic vending machine that use thickness relatively thick can't adapt to wherein. It is impossible to use such a shared public space having a narrow characteristic as a selling space of a supermarket. Correspondingly, the supermarkets cannot exist in the supermarkets, and the traditional or existing novel small supermarkets cannot be established by using corridors.

Disclosure of Invention

It is an object of the present invention to solve all of the above problems. The thickness of the self-service goods shelf is improved from the traditional thickness to the ultrathin thickness by changing the thickness structure characteristics of the self-service goods shelf of the existing small supermarket, so that the improved self-service goods shelf can be freely applied to a narrow shared public space. The vending space of the supermarket can be replaced by a narrow shared public space pedestrian passageway-corridor in the building. The large number of corridors correspondingly solves the problem of the diversification of the supermarket scale and the commodity variety quantity.

The specific technical scheme of the invention is as follows: the shelf and the vending machine of the traditional supermarket are replaced by the ultra-thin vending machine (the thickness is usually 100 mm or less, and the maximum allowable thickness is about 120 mm) which is thinner than the existing traditional supermarket shelf and the traditional vending machine and has ultra-thin characteristic. A number of ultra-thin vending machines are placed in more narrowly shared public space walkways, stairways, which are abundant in buildings. The single or multiple ultrathin vending machines are placed in groups along the length direction of the corridor and close to the wall. The thickness of the ultrathin vending machine is subject to the requirements of not influencing the normal passage of personnel in a corridor and fire safety. Multiple or multiple groups of ultrathin vending machines are distributed along floors, and consumers can go up and down stairs in public elevators or stairways in buildings to reach each floor where the ultrathin vending machines are placed. Self-service selling is finished by virtue of mobile phone scanning, code swiping and online payment of consumers. The supermarket is automatically and intelligently controlled by a supermarket headquarter control computer and corresponding automatic control software, an online virtual supermarket and an offline physical supermarket are combined into a whole, and the intelligent characteristic is given to the online virtual supermarket and the offline physical supermarket. The multi-layer characteristic of the corridor is utilized to dispersedly arrange a plurality of or a plurality of groups of ultrathin vending machines in the corridor of the multi-layer building, so that the scale problem of the supermarket is solved, and the problem of diversification of the commodity variety and quantity of the supermarket is solved. A brand-new intelligent novel small supermarket is constructed by multiple or multiple groups of ultrathin vending machines and narrow shared public space pedestrian passageways-corridors in multi-storey buildings in the building.

The key to implementing the present invention is to modify the thickness characteristics of existing conventional vending machines. The design concept that the thickness of the traditional vending machine is not limited must be changed, the thickness of the goods shelf is as small as possible, and the traditional vending machine is developed towards the direction of ultra-thinness. The ultra-thin vending machine is arranged in a public pedestrian passageway-corridor in a narrow shared space of various buildings, the passing and fire safety of personnel is affected by the overlarge thickness, the normal passing and fire recognition of the personnel cannot be guaranteed, and the ultra-thin vending machine cannot be implemented. The problem that the two-way shoulder rubbing of the coming and going personnel passes through in parallel must be considered in the corridor design, and the width of general corridor can not be less than 1.2 meters, is less than 1.2 and can influence the normal two-way shoulder rubbing of personnel and pass through parallelly, has certain potential safety hazard, uses at ordinary times and flees when emergency takes place and can receive the influence. It is therefore no longer possible in a corridor of less than 1.2 m wide to allow the installation of other equipment which could affect the passage of the corridor, nor is the vending machine allowed to be present therein. The corridor larger than 2 meters is provided with the traditional vending machine larger than 120mm or 300mm, the bidirectional shoulder wiping parallel passing of the coming and going personnel is not influenced, the problem does not exist, the vending space formed by the space occupied by the vending machine is installed, the characteristics of the vending space are similar to those of the traditional supermarket, and the vending space is not essentially different and belongs to the vending space range of the traditional supermarket. The modular dimension is required in building design, so that in a corridor with the width of 1.2-2 meters, the corridor has the common dimensions of only 1.2 meters, 1.3 meters, 1.4 meters, 1.5 meters, 1.6 meters, 1.7 meters, 1.8 meters, 1.9 meters and 2 meters, and the modular existence enables the corridor to have the characteristics of progression. The problem that two-way shoulder rubbing of personnel passes through in parallel also exists between the multirow goods shelves in traditional supermarket, therefore the passageway width between two rows of goods shelves is generally not less than 1-1.2 meters in the design of regular large-scale supermarket, and there is inconvenience in use and certain fire control potential safety hazard less than 1-1.2. In a small supermarket, as the length of the rows of shelves is not large, the passage which allows the width of 0.8-1.2 meters to exist is properly widened only when a few people come and go. Therefore, in a traditional supermarket, the width of the vending space is controlled to be 1.1-1.3 m at the minimum by adding the thickness of the shelf, and the width is not lower than 1.3-1.5 m in most cases. The space between the racks in rows of the supermarket is essentially different from the space in the corridor. Except the goods shelves arranged near the wall, the height of the goods shelves in rows is generally not more than 2.4 meters, and the upper space exceeding the height of the goods shelves is not closed, so that the feeling of narrow space can not be formed for the coming and going personnel. The corridor is different, the upper space is closed, and the corridor with the width less than 1.5 m generally gives the passengers a feeling of narrow space. If the vending machine with the goods shelf with larger thickness dimension is arranged in the vending machine, the feeling of narrow space is only increased, the psychological acceptance of the commuters and the return and return during the normal use of the corridor are not facilitated, and the fire-fighting potential safety hazard is increased. Therefore, the corridor is used as a selling space, and the essence of the selling space is different from that of a supermarket in other cases. The fire-fighting safety hazard problem of the corridor is that frequent personnel trips and smooth escape of personnel in emergency situations need to be considered. Meanwhile, the psychological reception problem of commuting communication personnel due to the narrow space caused by influencing the width of a corridor after the vending machine is added must be considered. On the other hand, the possibly generated noise of the machine must be considered at the same time, if the noise is too loud, the resident with the exit in the corridor cannot be allowed to be installed at the entrance, and the invention becomes a technology which cannot be implemented practically and has no practicability. Therefore, the vending machine can be installed in the corridor for use only by reducing the thickness of the vending machine, the problem of low noise and the proportion of the thickness of the vending machine occupying the width of the whole corridor must be considered, and the narrow space caused by the influence of the installation of the vending machine on the width of the corridor can be reduced and avoided as much as possible only by proper proportion, so that the psychological receiving problem of the passing personnel is brought. This is the main reason why conventional vending machines and conventional mini-vending machines of small thickness cannot fit in corridors of 1.2-2 m width and are generally not allowed to be installed in such areas, in particular in corridors of width less than 1.5 m. Therefore, the problem of occupation ratio is not solved, and the existing traditional vending machine and the traditional miniature vending machine with smaller thickness can not be in the corridor within the width range, and the narrow space of the corridor is used as a vending space to build a self vending supermarket. Similarly, the automatic vending machine has no grade number specification grade, and the proportion problem is not considered, only a certain automatic vending machine with the thickness lower than 120mm is used, the special requirements and the requirements when the corridor with the width of 1.2-2 meters is used as a vending space are difficult to be completely met, the automatic vending machine cannot simultaneously adapt to and meet the thickness change of hundreds of commodities and the various change requirements of the corridor width, and a complete supermarket belonging to the automatic vending machine and having the real meaning of hundreds of commodity variety display cannot be constructed under the complex condition change.

In order to reduce the thickness of the ultra-thin vending machine as much as possible, the design must change the display characteristics of the conventional vending machine in the thickness direction, and limit the display characteristics to the characteristics of displaying only one piece of goods in the thickness direction. For the ultra-thin vending machine with small thickness (such as 60 mm and 50 mm or less), the display device is mainly used for displaying thin goods with small thickness. When the thin commodity is a suspensible bagged or boxed commodity, a corresponding suspension component can be arranged in the ultrathin vending machine. Thin goods are displayed in the ultra-thin vending machine in a single-piece hanging manner, and the display mode can reduce the thickness of the ultra-thin vending machine as much as possible.

The width of a pedestrian public passageway-corridor of a common residential building or an office building is about 1.3-2.0 m, 1.2 m is extremely small, and 1.2 m is generally only at a few places where people pass. The thickness of the fire hydrant box hung on the inner wall of the pedestrian public passage, namely the corridor, is generally more than 150 mm and less than 250 mm. Therefore, the thickness of the ultrathin vending machine is as small as possible, so that the thickness of the ultrathin vending machine is lower than the minimum thickness of a fire hydrant box hung on the inner wall of a pedestrian passageway, the fire safety and the normal passing of personnel are not influenced, and the approval for fire fighting can be obtained. In practical use, the thinnest fire hydrant boxes with the thickness of 150 mm are prevented from being placed at the narrowest stairways of 1.3 m and 1.2 m as much as possible, so that the normal passage of the stairways and the influence on fire safety are reduced as much as possible.

Therefore, the total thickness of the ultra-thin vending machine is controlled to be 100 mm or less, and the maximum allowable thickness is about 120 mm. Otherwise, when the method is applied to the corridors with the widths of 1.3 m and 1.2 m, the occupation of the width of the corridors is close to 10 percent, and the influence is obvious. Generally, the width proportion of the ultrathin vending machine occupying the corridor is reasonably controlled to be 5% -8%, and the smaller the corridor width is, the smaller the corridor width proportion occupied should be. The ultrathin automatic vending machine with the thickness of 60 mm-80 mm or less is suitable for a corridor with the width of 1.2 m and 1.3 m; 80 The ultrathin vending machine with the thickness of mm-100 mm or less is suitable for a corridor with the width of 1.3 m-1.5 m; 100 The ultrathin vending machine with the thickness of about mm-120 mm is suitable for a corridor with the width of more than 1.5 m. When the total thickness of the ultrathin vending machine is about 120mm, the ultrathin vending machine needs to occupy a certain thickness except for the structural design of the front panel and the rear back panel, and the storage clearance thickness can reach 100 mm-110 mm. The ultrathin vending machine with the thickness can display commodities in a single piece along the thickness direction, can be used for basically loading most of bottled, boxed and bagged commodities in a supermarket, and the like with larger thickness and size, and can basically meet the display requirements of most of commodities (except large commodities and commodities with larger thickness) in a traditional supermarket. When in use, the ultra-thin automatic vending machine with the thickness of less than 100 mm is used. The thickness of most commodities in a supermarket is lower than that of 100 mm, the larger the thickness, the fewer the number of the commodity varieties, and the larger the thickness, the smaller the number of the commodity varieties, the downward descending trend. 100 When the ultrathin vending machine with the thickness below mm is installed in a pedestrian public passage-corridor of a common residential building or an office building, the influence of the thickness on the pedestrian public passage-corridor is small, and the normal passing and fire safety of personnel are basically not influenced. The ultra-thin vending machine with the thickness of about 120mm is arranged at the narrowest corridor, namely a corridor of 1.3 m or 1.2 m in a building, as far as possible.

In order to adapt to the display of commodities with different thicknesses and the thickness and the size of a shelf are as small as possible, and the specification on the thickness is not excessive, the manufacturing difficulty of the ultrathin vending machine is reduced, and the universality is improved. The thickness can be divided into several grades for manufacturing. The standard is divided into three series specifications of 60 mm, 90 mm and 120mm, and can also be divided into four series specifications of 60 mm, 80 mm, 100 mm and 120mm, or other series specifications. For many thin goods (such as bagged socks, bagged leisure food, single-box cigarettes and the like), the thickness is mostly lower than 20mm, and the thin goods can be displayed by an ultrathin vending machine with the thickness of 60 mm or lower than 60 mm. Such thickness has essentially no impact at all on the normal access and fire safety of personnel in the pedestrian public corridor. For most bottled commodities (such as bottled soy sauce and vinegar, 1L oil, canned drinks, canned foods, shampoo and the like), the diameter or thickness of a bottle is generally less than about 80 mm, and the bottle can be displayed by an ultrathin vending machine with the thickness of 100 mm. 100 The effect of mm thickness on the pedestrian public aisle-corridor is also within acceptable limits. The ultra-thin vending machine with the thickness of about 120mm is used as little as possible, and is only partially applied in a few cases that the corridor is wide.

In practical application, the ultra-thin vending machines with different thicknesses are selected according to the commodity variety configuration, and then the ultra-thin vending machines are determined to be placed in the corridor and at specific positions in floors according to the specific width of the corridor. Generally, 1.2 m and 1.3 m wide corridors are selected to install ultra-thin vending machines with the thickness of 80 mm or less; 1.3 An ultrathin vending machine with the thickness of 100 mm or less is selectively installed in a corridor with the width of m-1.5 m; 1.5 The ultra-thin vending machine with the thickness of about 120mm can be installed only when the width of the vending machine is more than m. In particular, it can be seen that the general thickness specification shown in fig. 1 is an example of a detailed list of applicable corridor specifications.

The ultrathin vending machine is small in thickness, and a connecting structure fixed on the inner wall of a passageway, namely a pedestrian public passageway, must be arranged to prevent the ultrathin vending machine from toppling over in use. The coupling structure may be a corresponding fixed coupling structure or a suspension structure. The ultrathin vending machine is usually designed to be hung on the inner wall of a pedestrian public passage-corridor (similar to a hanging fire hydrant box) so as to reduce the influence of the occupied space on the pedestrian public passage-corridor as much as possible. It can also be designed into a seat structure against the wall.

Because the ultrathin vending machine is placed in a pedestrian public passage-corridor in a building, selling or cash register operators cannot be arranged in practical use. Therefore, the ultrathin vending machine of the invention has the characteristics of self-service vending function, theft prevention and good commodity display. Therefore, the ultrathin vending machine of the invention has to have automatic functions of automatically completing cash collection and automatic goods delivery. The ultra-thin vending machine can have the functions by using the currently popular mobile phone to scan codes, brush codes, pay goods money on the internet and adding the automatic goods delivery principle of the conventional vending machine to the ultra-thin vending machine. The ultrathin vending machine is manufactured into a closed goods shelf, so that the anti-theft effect can be realized. The side of the closed goods shelf facing to the purchasing customer is made into a full transparent panel, and then the goods displayed in the goods shelf can be displayed.

The vending space of the invention is a corridor in the building which is utilized. The lighting of the corridor is usually limited. Therefore, on each ultra-thin vending machine, or in the space within the corridor serving as a supermarket, there are provided lighting facilities and corresponding control switches. The control switch can be set to be a human body induction delay switch, when a person comes to the front of the ultrathin vending machine, the ultrathin vending machine can induce the person and automatically turn on the lighting facility, so that consumers can conveniently purchase commodities. The lighting facilities are automatically turned off after the consumer leaves the system and delays for a certain time. The lighting facilities can be arranged outside the ultrathin automatic vending machine or in the ultrathin automatic vending machine. When the ultrathin vending machine is a multi-grid cabinet type ultrathin vending machine, the lighting facilities can also be arranged in each independent cabinet grid by using LED small lamps. Because corridor personnel come and go frequently, when the human body inductive switch is too sensitive, the malfunction of turning on the lighting facility of unnecessary often appears. The control switch may optionally also be provided as a manual time delay switch. When the lighting device is used, a control switch is manually turned on by a consumer to light the lighting device, and after the lighting device is lightened, the delay switch delays for a period of time and then automatically controls to extinguish the lighted lighting device. The manual control also has obvious energy-saving effect. When the machine is not used, the machine can be completely in a power-off state, and when the machine is used, the corresponding ultrathin vending machine can be automatically started while the lighting facilities are turned on.

The closed ultrathin vending machine is difficult to realize by the existing electric vending machine technology when the thickness of a goods shelf is made to be very thin, particularly the thickness of the goods shelf is below 60 mm or 60 mm. But is easily implemented with existing multi-shelf vending machine technology. Therefore, the ultra-thin vending machine is implemented by applying the technical principle of the multi-cabinet type vending machine in terms of cost and technology.

When the ultrathin vending machine is manufactured by using the multi-grid cabinet type vending machine technology, the cabinet grids are mostly manufactured into square cabinet grids. The height and width of the cabinet grid are subject to the display of the single commodity. The thickness is set to be several grades of specification for the reasons mentioned above. Also, to simplify manufacture and improve versatility, the height and width are also set in several gauge grades in stages. It is generally preferred to set the grade number specification grade by a multiple of 50 mm. The general width is divided into six specifications of 50, 100, 150, 200, 250 and 300 mm; the height is divided into seven specifications of 100, 150, 200, 250, 300, 350 and 400 mm, and the specification is 50 mm as a grade difference. Thus, when the thickness is totally 50 grades, the height and width specifications of the cabinet lattice of each thickness are 42, and the three or four thicknesses are 126 or 168 different cabinet lattice specifications. Can basically meet the requirement of most commodities for a small supermarket. That is, all of the products having the outside dimensions of less than 110 (thickness). Times.300 (width). Times.400 (height) mm can be displayed. The high and wide grade specification grades can also set grade specification grades according to other grade differences.

For large commodities with the size exceeding the specification of the maximum single cabinet lattice, the supermarket avoids matching as much as possible when configuring the commodities or supplies the commodities to consumers in an ordering mode which will be described later, and the problem that the supermarket cannot display the commodities with the oversized size can be solved.

When the multi-cabinet type vending machine technology is used for manufacturing the ultrathin vending machine. When the goods are displayed, the width of the cabinet lattice is a little larger than the actual width of the goods, so that the goods can be conveniently taken by hands. Therefore, for some slender or high bottled commodities, the display in the cabinet lattice is easy to incline, which is not favorable for good display of the commodities. Therefore, corresponding clamping frames (such as bottle necks, bottle waists, clamps and the like) can be arranged on the back plate in the cabinet lattice so as to limit commodities and normally display the commodities in the cabinet lattice.

When in manufacturing, each cabinet lattice can be manufactured into a single independent cabinet lattice. Each independent complete cabinet lattice is composed of three basic components, namely a cabinet body, a transparent cabinet door and an electromagnetic lock, and can independently hold and display a single commodity. When in use, a plurality of cabinet grids with the same specification or different specifications are freely combined and spliced into a complete high and wide square ultrathin vending cabinet grid area according to specification grades. For cabinets used to display particularly small sized items. During manufacturing, the small cabinet lattices can be combined into a whole to be manufactured, and a cabinet lattice module formed by combining, fixedly and integrally connecting the small cabinet lattices is manufactured (the door of each cabinet lattice is independent and can be opened and closed independently under the condition that other cabinet lattices are not influenced). For example, 5 small cases of 50 (thickness) × 50 (width) × 250 (height) mm are combined to make a 50 (thickness) × 250 (width) × 250 (height) mm case module [ which can be used to display five toothbrushes of 15 (thickness) × 35 (width) × 220 (height) ] mm. When in use, the module is used for cabinet combination according to the whole size of the module. Generally, when a complete ultrathin automatic vending cabinet grid area with a square shape is formed by combining the cabinet grids, the thickness specifications of the multiple cabinet grids are consistent as much as possible so as to ensure that the cabinet surface is smooth when the transparent cabinet door is completely closed, and the exhibition and the attractiveness of commodities in the cabinet are facilitated.

When in use, the thickness of a plurality of ultrathin vending machines on the same floor can be different according to the displayed commodities, but the thickness can be kept consistent and better as much as possible. When the system is used, commodities needing to be displayed are configured according to the structure and the number of consumer groups, then cabinets with different specifications are freely selected according to the variety and the number of the displayed commodities to combine the ultrathin vending machines and configure the number of the ultrathin vending machines, and finally all the ultrathin vending machines are dispersedly arranged in floors and corridors with corresponding widths according to the width of the corridor, so that a complete multi-floor intelligent corridor small supermarket is constructed.

In order to realize the automatic control process of completing self-service vending by mobile phone scanning, code swiping and online payment of consumers, corresponding auxiliary structures or facilities are arranged on the ultrathin vending machine, and most of the auxiliary structures or facilities are special information codes (multipurpose two-dimensional codes) for scanning or special code reading facilities for code reading. The information code is generally set on the ultrathin vending machine, the special code reading device for reading code can be set on the machine, or can be independently installed outside the machine, or several machines can share one code reading device.

An automatic control circuit board is arranged on the ultrathin vending machine. The automatic control circuit board controls the electromagnetic lock switch of each cabinet lattice and correspondingly controls the cabinet lattice door switch of each cabinet lattice so as to complete the opening and closing actions of the cabinet lattices during the loading and selling of commodities. Long-range mobile communication means and a short-range wired interface are also provided. The remote control is connected with a supermarket headquarter control computer in a mobile internet mode through a mobile communication part, and the supermarket headquarter control computer automatically controls the ultrathin vending machine. A plurality of ultrathin vending machines can be connected in series through wired interfaces to be used in a group. When a plurality of ultrathin vending machines are connected in series to form a group, only one ultrathin vending machine (host) is required to be provided with the automatic control circuit board and the mobile communication part, other ultrathin vending machines are used as serial auxiliary machines and are not provided with the automatic control circuit board and the mobile communication part, and all auxiliary machines are controlled by the automatic control circuit board of the host and the mobile communication part to complete networking with a headquarter control computer, so that the manufacturing cost of the whole group of equipment is reduced. After a plurality of or grouped ultrathin vending machines depend on the host ultrathin vending machine to be networked with a headquarter control computer through the Internet, the whole supermarket has various intelligent functions of combining an online virtual supermarket and an offline physical supermarket which are automatically controlled and endowed by the headquarter control computer into a whole. When shopping, a consumer checks commodities through a transparent door on the ultrathin vending machine, after the commodities are selected, a self-contained mobile phone is used for scanning corresponding codes (multipurpose two-dimensional codes) on the ultrathin vending machine, the codes are automatically connected to a supermarket headquarter control computer through a mobile internet, online payment is completed, or corresponding code payment on the mobile phone is read through a code reading facility, the supermarket headquarter control computer automatically controls the corresponding ultrathin vending machine to deliver the commodities, and the whole self-service shopping and selling of the commodities are completed. After each commodity sale, the control computer of the supermarket headquarters automatically generates a corresponding replenishment order so as to ensure that the headquarters warehouse can quickly and accurately replenish the same commodities to the corresponding ultrathin vending machine. The automatic control function is realized only by configuring corresponding automatic control software on a control computer of the headquarters. The supermarket headquarter control computer can be arranged at different places according to the conditions, when only one store exists, the headquarter control computer can also be arranged close to a corridor for placing the ultrathin vending machine or a nearby place, and the networking is directly implemented by connecting a short-range wired interface. When the control computer is miniaturized, the control computer can be arranged in a specific ultrathin vending machine. In order to simplify the automatic control equipment, when the number of the ultrathin automatic vending machines is small, the headquarters control computer can be replaced by a mobile phone and APP software on the mobile phone to realize automatic control and management.

In order to improve the intelligent function of the supermarket built by the invention, the traditional off-line physical supermarket and the on-line virtual supermarket can be fused by the ultrathin vending machine and the supermarket headquarter control computer. Only one online supermarket platform needs to be established, and each virtual commodity in the online supermarket platform corresponds to a real commodity displayed on the ultrathin vending machine in the off-line entity supermarket one by one. When a certain physical commodity displayed on the ultrathin vending machine is out of stock, the corresponding virtual commodity in the online platform also displays the corresponding out-of-stock, and after the commodity is replenished in the same way, the virtual commodity in the online platform displays the corresponding in-stock. Therefore, the online supermarket and the offline supermarket are combined into a whole organically. All this can be accomplished through headquarter control computer and corresponding automatic control software and internet. When shopping, a consumer enters an online platform of a supermarket in advance, finds out a specific corresponding display position of a needed commodity on an ultrathin vending machine in a physical store in advance, and then directly arrives at the corresponding position to buy the commodity. Through the online supermarket platform, the consumer can also order other goods on the shelf which are out of stock or not displayed daily. The ultra-thin vending machine as described above does not allow for display of oversized goods. Namely, the ultra-large and ultra-thick commodities which can not be directly displayed on the ultra-thin vending machine can not be displayed in the invention. The problem can be completely solved by a method of firstly ordering through an online supermarket platform and then directly delivering goods to consumers offline. The booking mode can also solve the problem of recommending and selling the unusual goods or new goods which are not displayed on the ultrathin vending machine on a daily basis. The organic integration of the offline supermarket and the online supermarket can overcome the defects of the invention and correspondingly expand other functions and specific applications of the invention. If the invention is applied to express delivery of small or thin commodities, the invention can replace the traditional letter and newspaper box to greatly widen the application field of the invention. And a corresponding touch control display screen can be arranged on the ultrathin vending machine and is used for displaying the specific distribution and display positions of commodities in floors and the functions of shortage and ordering, so that consumers can conveniently and quickly find the distribution of the commodities to be purchased on the floors and the detailed introduction of the commodities. The display screen can also partially display the propaganda advertisement of the commodity so as to charge a certain propaganda cost of the merchant and increase the profit of the supermarket.

Because the display goods of the ultrathin vending machine are designed according to a single piece in thickness, when in use, a plurality of the same goods need to be displayed along the plane of the cabinet surface. The plane of the cabinet surface becomes the display surface of the commodity. The display mode is just suitable for the customer source and the service customer range of the supermarket constructed by the method. When the method is applied to supermarkets of the member, the shelf loading quantity of the same type of goods in one unit is correspondingly less than that of the same type of goods in a conventional community convenience store.

The buildings in modern metropolis generally have more floor numbers. The floor number is basically more than twenty, and more than 30-40 floors are provided. Each floor typically has several or more than ten households. The public corridor shared by each floor is not too short. If a small supermarket or a store is arranged in each building or each unit, 2-8 ultrathin vending machines with the width of about 1.2 m are arranged in each building, and the number of the ultrathin vending machines in each building or each unit connected by floor elevators or stairways is at least 40-160 or more. Thus, the number of ultra-thin vending machines per supermarket or store is relatively large. The product can display a large number of product varieties, and basically meets the requirement of the number of the product varieties displayed by a small convenience store. When the floor is more, the ultra-thin automatic vending machine quantity that can hold is more. The number of items displayed may exceed the number of items displayed by a conventional small convenience store. The multifunctional small-sized convenience store can basically replace many conventional small-sized convenience stores, and meets the daily shopping requirement of the consumers in a more comprehensive way. This is just a feature that several of the existing new miniature supermarkets described above do not have and a problem that cannot be solved.

Compared with the novel small supermarket, the supermarket constructed by the method can solve the problem which cannot be solved by the novel small supermarket. The problem of diversity of commodity varieties of the small supermarket can be solved in a single building or a single unit in the building, and the real small supermarket with hundreds of commodity varieties can be formed in a complete sense. Compared with a small convenience store and an unmanned small convenience store in a traditional supermarket, the system and the method simultaneously solve the problems of high operation cost of an operation selling space, namely house rent of a storefront and cost of operators in the storefront. The small supermarket can be successfully arranged in a single building or a single unit in the building in a community, the real small supermarket with hundreds of commodity varieties in the complete sense is really arranged at the door of a consumer, and the self-service is carried out for 24 hours. At any time, the consumer can finish the purchase by going out and taking the elevator to reach the floor displaying the corresponding commodity. The distance between the utility model and the consumers is basically zero, which greatly facilitates the daily life of the people. Is easy to be accepted by the public, is more convenient than a small convenience store in a traditional supermarket, and has larger development space and popularization potential.

The method is also a method for constructing a novel small supermarket in a novel business state by applying a new technology support. The application of the method has great development potential for replacing small and medium-sized convenience stores in the traditional supermarket. The structure of a traditional supermarket, particularly a small convenience store, in a small and medium-sized supermarket is changed, and a new retail business model and great progress are brought to the society. The method can really solve the purchasing and consuming requirements of mass consumers, particularly resident groups and daily supplies for the last ten meters, and can really solve the consumption proposition of the last ten meters proposed by a new retail concept and a lazy economic concept. The traditional supermarket retail business can be organically integrated into the new wave of the intelligent building, and the development and new requirements of the society are met. The method of the invention also has certain potential for countering online shopping. The distance for receiving goods by the consumer is closer than that of the existing express (the express is mostly sent to the door of a cell at present, and the supermarket built by the method is basically at the door of the consumer). Receiving goods is immediate, and is faster than several days of express delivery. Shopping can be pre-selected online. The supermarket constructed by the method has no renting cost of a selling space and the cost of shop front operators, the commodity price is far lower than that of the traditional supermarket, the distribution cost of single commodities is far lower than that of single express delivery cost of online shopping, and the comprehensive cost of the commodities to hands is close to the advantages of online shopping. However, the supermarket built by the method is faster and more direct in time, efficiency and intuition, and has more advantages than online shopping.

Drawings

FIG. 1 is a table of the standard of the applicable corridor with the common thickness specification.

Detailed Description

Example 1

The embodiment is a specific implementation process for constructing a multi-floor intelligent corridor small supermarket by using a multi-cabinet ultrathin vending machine.

The following table is a list of the actual configurations of a common commodity taken from a physical convenience store of about 100 square meters. The total number of the product is 257. The rightmost column of the table is the size of the corresponding cabinet compartment required for display of the items on the ultra-thin vending machine. 8 large commodities with single-item size of super-thick, super-high or super-wide are provided, the ultrathin vending machine cannot be displayed, in the embodiment, the non-shelving configuration is selected to be removed, and the remaining 249 single commodities are displayed on shelves.

100 square meter convenience store commodity configuration list

Class (2)	Goods of commerce	Packaging (thickness, width, height) cm	Cabinet grid (thickness, width, height) cm
				Knitting machine	Box-packed underpants for men	31220	61525
Knitting machine	Box-packed underpants for men	31321	61525
				Knitting machine	(woman) boxed underpants	2.31220.5	61525
Knitting machine	(girl) boxed underpants	211.520.5	61525
				Knitting machine	Socks	<1910	61015
Knitting machine	Socks	<112.529.5	61535
				Knitting machine	Socks	<1919	61025
Knitting machine	Silk stockings	<117.524.5	62030
				Knitting machine	Shawl (4-fold)	<21717	62020
Knitting machine	Children towel (4-fold)	<21530	62035
				Knitting machine	Towel (4-fold)	<21737	62040
Knitting machine	Towel (4-fold)	<216.537	62040
				Knitting machine	Shoe-pad	<112.529	61535
Knitting machine	Shoe-pad	<11232	61535
				Knitting machine	Slipper (Children)	<62023	82530
Knitting machine	Slipper (Man)	<82527	103035
				Knitting machine	Slipper (for woman)	<82525	103030
Knitting machine	Leather belt	6831	81035
				Cultural and physical miscellaneous items	Durable 502 glue	1.83.89.4	6515
Cultural and physical miscellaneous items	Superman SA68 electric shaver	4.95.410	61015
				Cultural and physical miscellaneous items	Feke FS379 shaver	7.819.821.5	102525
Cultural and physical miscellaneous items	Double-sided adhesive tape	Φ9*1	61015
				Cultural and sports miscellaneous items	Long-tail rice	Φ6.8*6	81010
Cultural and physical miscellaneous items	Long-tail rice	Φ12*6.8	81520
				Cultural and sports miscellaneous items	Ink for ink jet recording	55.56.3	61010
Cultural and sports miscellaneous items	Compasses (set)	2.5717	61020
				Cultural and sports miscellaneous items	Compasses (set)	<1922.5	61025
Cultural and sports miscellaneous items	(Single) compasses	<13.513.5	6520
				Cultural and physical miscellaneous items	Ruler set	<18.520	61025
Cultural relicsMiscellaneous items	Ruler set	<1924	61030
				Cultural and sports miscellaneous items	(12 pieces) pencil	1.7525	61030
Cultural and sports miscellaneous items	(12 pieces) pencil	1.5521.5	61025
				Cultural and sports miscellaneous items	Art designing knife	<2418	6525
Cultural and sports miscellaneous items	Art designing knife	<34.821.5	61025
				Cultural and physical miscellaneous items	Hand shaver	3.51020	61525
Cultural and sports miscellaneous items	Hand razor blade	19.810.4	61515
				Cultural and physical miscellaneous items	Correction tape	28.915.5	61020
Cultural and sports miscellaneous items	Correction tape	1.51017	61520
				Cultural and physical miscellaneous items	Correction tape	1.812.518.5	61525
Cultural and physical miscellaneous items	Stapling machine	39.513.5	61520
				Cultural and physical miscellaneous items	Stationery case	4.38.422.5	61025
Cultural and sports miscellaneous items	Stationery box	613.530	81535
				Cultural and physical miscellaneous items	Patch board	4927	61030
Cultural and sports miscellaneous items	Patch board	3.51535	62040
				Cultural and sports miscellaneous items	Electrical flashlight	2.57.415.5	61020
Cultural and physical miscellaneous items	Electrical flashlight	81026.5	101530
				Cultural and physical miscellaneous items	File folder	22331	62535
Cultural and sports miscellaneous items	File folder	2.52332	62535
				Cultural and sports miscellaneous items	File folder	3.72333	62535
Cultural and sports miscellaneous items	File folder	5.52334	82540
				Household sundries	Sucker sticking hook	317.417.4	62025
Household sundries	Sucker sticking hook	310.520.5	61525
				Household sundries	Sucker sticking hook	4.59.917.5	61525
Household sundries	Big round spring clip	71215	81520
				Household sundries	Sewing combination (needle and thread scissors)	31925	62030
Household sundries	Needle and thread combination	210.521	61525
				Household sundries	Comb with comb teeth	<17.527	61030
Household sundries	Massage comb	41131	61535
				Household sundries	Bath flower	51424	61530
Household sundries	Bath brush	51224	61530
				Household sundries	Bathing towel	<21627	62030
Household sundries	Washing towel	318.537	62040
				Household sundries	Scouring pad	31222	61525
Household sundries	Washing block	3717	61020
				Household sundries	Cleaning gloves	<11328	61535
Household sundries	Steel wire ball	31319	61525
				Household sundries	Steel wire ball	3922	61025
Household sundries	Chopsticks	<1.51129	61535
				Household sundries	Chopsticks	1.51028.5	61535
Household sundries	Chopsticks	1.51429	61535
				Household sundries	Fresh-keeping box	61317	81520
Household sundries	Fresh-keeping box	1113.517	121520
				Household sundries	Fresh-keeping box	Φ10*21	121525
Household sundries	45 x 55/120 garbage bags	41220	61525
				Household sundries	Single garbage bag	Φ4.5*11	6515
Household sundries	Single garbage bag	Φ3.5*11	6515
				Household sundries	Single garbage bag	Φ5*11	81015
Household sundries	2 garbage bags	7811	81015
				Household sundries	Fresh-keeping bag	Φ5.3*25	61030
Household sundries	Fresh-keeping bag	Φ4.5*17	6520
				Household sundries	Fresh-keeping bag	Φ4.5*31	6535
Household sundries	Tooth pick	Φ3.5*7	6510
				Household sundries	Tooth pick	Φ5*8	61015
Household sundries	Portable toothpick	1.4813	61015
				Household sundries	Ear stick	29.511	61015
Household sundries	Ear stick	Φ8*8	101015
				Household sundries	Three groups of 50 paper cups	6.52021	82525
Household sundries	Two sets of 50 paper packing cups	71524	102030
				Household sundries	Paper cup with 100 pieces of four groups	82728	103035
Household sundries	Hand-opening three-folding umbrella	Φ7*25	81030
				Household sundries	Automatic three-folding umbrella	Φ8*30	101035
Washing and dissolving	Mosquito-repellent incense	610.513	81520
				Washing and dissolving	Mosquito-repellent incense	66.510.5	81015
Washing and dissolving	Mosquito-repellent incense	101016.5	121520
				Washing and dissolving	Mosquito-repellent incense	Φ6*12	81515
Washing and transforming	Mosquito-repellent incense	Φ13.5*11	121520
				Washing and dissolving	Floral water	Φ3.5*19	6525
Washing and dissolving	Insecticide	Φ6.5*28	81035
				Washing and transforming	Insecticide	Φ5*26	81030
Washing and dissolving	Toilet cleaner	Φ6*23	81030
				Washing and dissolving	2 kg of liquid detergent	91526	102030
Washing and transforming	Liquid detergent	Φ5*25	81030
				Washing and dissolving	Liquid detergent	7824	101030
Washing and dissolving	Oil smoke purifying agent	51126	81530
				Washing and dissolving	Hand cleanser	Φ8*15	101020
Washing and dissolving	Hand cleanser	Φ8*17	101020
				Washing and transforming	Laundry detergent	81729	102035
Washing and transforming	Laundry detergent	101934	122040
				Washing and transforming	3 kg of laundry detergent	102030	122535
Washing and transforming	1.65 kg washing powder	<72734	103040
				Washing and dissolving	400 ml shampoo	Φ8Φ420	101025
Washing and transforming	500 ml shampoo	6925	81030
				Washing and transforming	248 G shampoo essence	3619	61025
Washing and dissolving	Shampoo liquid	3.56.516.5	61020
				Washing and transforming	Shampoo liquid	7924.5	101030
Washing and dissolving	Shampoo	71225.5	101530
				Washing and transforming	Shampoo	91528	102035
Washing and transforming	Bath lotion	3.56.516.5	61020
				Washing and dissolving	Bath dew	7924.5	101030
Washing and transforming	Bath lotion	71225.5	101530
				Washing and transforming	Bath dew	91528	102035
Washing and dissolving	(Single block) soap	279	61015
				Washing and dissolving	(Single block) soap	3611	61015
Washing and dissolving	(three-piece package) soap	79.511	101015
				Washing and dissolving	232 g whitening soap	3.5712	61015
Washing and dissolving	232 G soap	3.5712	61015
				Washing and transforming	100 g soap	36.59.5	61015
Washing and dissolving	Tooth brush	279	61015
				Washing and transforming	Tooth brush	3611	61015
Washing and transforming	Tooth brush	1.58.518	61025
				Washing and transforming	Tooth brush	2922	61025
Washing and transforming	Toothpaste tube	33.515	6520
				Washing and dissolving	Toothpaste tube	4.55.523.5	61030
Washing and dissolving	Toothpaste tube	4917	61020
				Washing and dissolving	180 G toothpaste	4.55.522.5	81030
Washing and dissolving	A supporting toothbrush	<2.5424.5	6530
				Washing and dissolving	Three-piece toothbrush	<2.56.524	61030
Paper product	140-layer paper extraction	8.510.516	101520
				Paper product	4-layer 160 g core-replacing roll paper	Φ11*11	121515
Paper product	Paper towel with 12 packs of perfume	5732	81035
				Paper product	Wet face towel	2.55.57	61010
Paper product	(6 pieces of paper for taking out)	102533	123040
				Paper product	(2 pieces packed) paper extraction	1016.525	122030
Paper product	Roll paper	102060	Super high piece
				Paper product	(18 pack) handkerchief paper	6732	81035
Paper product	Sanitary napkin	5.5612.5	81020
				Paper product	Sanitary napkin	4710	61015
Paper product	Sanitary napkin	81022	101525
				Paper product	Sanitary napkin	51520	62025
Grain and oil	5 kg of rice	82535	103040
				Grain and oil	Oil	7825	81030
Grain and oil	Oil	101834	122040
				Grain and oil	1L Olive oil	7729	101035
Grain and oil	1L of rape oil	Φ8*29	101035
				Grain and oil	500 ml rape oil	Φ7*25	101030
Grain and oil	Dry noodles	Φ9*24	101030
				Grain and oil	Dry noodles	Φ6*24	81030
Grain and oil	Dry noodles	82530	103035
				Grain and oil	Dry noodles	62023	82530
Grain and oil	800 g dried noodles	31128	61535
				Grain and oil	500 g Small red bean	310.526	61530
Grain and oil	501 g Job's tears seed	310.526	61530
				Seasoning	500 ml soy sauce (dark soy sauce)	Φ7*25	101030
Seasoning	500 ml soy sauce (original)	Φ7*26	101030
				Seasoning product	500 ml soy sauce (Normal juice)	Φ7*26	101030
Seasoning	500 ml mature vinegar	Φ7Φ626	101030
				Seasoning	240 ml vinegar	Φ5*24	81030
Seasoning product	180 ml of vinegar	Φ5Φ4.519	81025
				Seasoning	500 ml cooking wine	6626	81025
Seasoning	250 g tomato sauce	Φ5*18	81025
				Seasoning	275 g Laoganma oil chili	Φ6.5*14	101020
Seasoning product	210 ml Chinese prickly ash oil	Φ5*20	81025
				Seasoning	260 g oyster sauce	Φ5*19	81025
Seasoning	120 ml garlic oil	4.53.519	8525
				Seasoning product	500 g bean cotyledon	Φ9*12	101020
Seasoning product	280 g Laoganma	Φ7*14	101020
				Seasoning	400 g fermented glutinous rice	Φ10*11	101020
Seasoning	50 g fruit jam	546.5	81010
				Seasoning	360 g fermented bean curd	Φ8*11	101015
Seasoning	280 rice sweeping light	Φ8*9.5	101015
				Seasoning	380 Sour and sweet soybean paste	Φ8*11	101015
Seasoning	300 g dish to eat food	Φ9Φ611	101015
				Seasoning	227 guotai monosodium glutamate	<211.219	61525
Seasoning	45 Ingredient for fried chicken	<111.516	61525
				Seasoning product	70 Seasoning for shredded kelp for cold dishes	<110.516	61525
Seasoning	80 g preserved szechuan pickle	<110165	61525
				Seasoning	15 g dry yeast	<19.512	61015
Seasoning product	400 g chafing dish seasoning	<31826	62030
				Seasoning	Seasoning	Φ6*13	81015
Seasoning	Seasoning	Φ7*12	81015
				Seasoning	Seasoning	Φ5*18	61020
Seasoning	Seasoning	Φ10*17	121520
				Seasoning product	Seasoning	Φ6*17	81020
Seasoning product	Sauce for health protection	Φ11*12	121515
				Seasoning	Sauce for food	Φ10*28	121535
Seasoning	Sauce for food	Φ4*10	6515
				Seasoning	Sauce for food	8.58.527	101030
Seasoning product	Salt (salt)	<214.521	61525
				Seasoning	Salt (I)	<214.521	61525
Seasoning	200 g powder of semen Sesami Indici	<214.521	61525
				Seasoning	200 g pure sweet potato powder	<214.521	61525
Seasoning product	Bean powder	31320	61525
				Seasoning	Bean powder	3.51724	62030
Seasoning product	Bean powder	81035	101540
				Instant food	150 g Auricularia	<522.534	62540
Instant food	85 g barreled instant noodles	Φ14*11	122020
				Instant food	122 g bagged instant noodles	<41619	82025
Instant food	Instant noodles	Φ12*11	121520
				Instant food	Instant noodles	3.51316	61520
Instant food	Convenient rice	813.519.5	101525
				Instant food	Dry mixed noodles	Φ19*6	82025
Instant food	Brewing and mixing	11014	61520
				Instant food	Brewing and mixing	2.52029.5	62535
Instant food	200 g tea	91319	101525
				Instant food	70 g tea	Φ8.5*15.5	101020
Instant food	80 g tea	Φ9.5*17	101025
				Instant food	Leisure food	<1912	61015
Instant food	Leisure food	<21725	62030
				Instant food	195 Preserved fruit with shrimp meat	Φ6.5*9	101015
Instant food	320 g Penghua food	62122	82530
				Instant food	525 g saqima	61934	82540
Instant food	100 g bean curd fragrant dried bean curd	<1.51824	62030
				Instant food	360 g eight-treasure gruel	Φ6*13	101020
Cigarette with heating means	Cigarette (Box)	2.35.58.7	61015
				Cigarette with heating means	Cigarette (Soft package)	2.15.38.3	61015
Cigarette with heating means	Cigarette (strip)	4.88.928.1	61035
				Wine water	500 ml Lang wine	Φ8.5*27.5	101035
Wine water	520 ml jin wine	51025	81530
				Wine water	Wine	Φ6.5*17	81020
Wine water	Wine	Φ6*12	81015
				Wine water	(6 pieces packed) wine	121319	Super-thick part
Wine water	(6 pieces packed) wine	121719	Super-thick part
				Wine water	600 ml Coca Cola	Φ6.5*26	101030
Wine water	Beverage and its preparation method	Φ6*17	81020
				Wine water	Beverage and its preparing process	Φ10*31	121535
Wine water	Beverage and its preparing process	6618	81025
				Wine water	Beverage and its preparation method	Φ16*33	Super-thick part
Wine water	Beverage and its preparation method	Φ36*15	Super-thick part
				Wine water	500 ml tea beverage	6.56.518	101025
Wine water	300ml plum juice	Φ8*11	101015
				Wine water	550 g mineral water	Φ6*23	101025
Milk	250 ml organic pure milk	3.85.513.5	61020
				Milk	205 g yoghourt	44.510	61015
Milk	Milk	102329	122535
				Milk	Milk	142128	Super-thick part
Milk	Milk	103044	Super high piece
				Milk	Milk	151729	Super-thick part
Commonly used medicine	200 g spray type disinfecting alcohol	Φ4*14	6520
				Commonly used medicine	Sterilized cotton fiber	<1713	61020
Commonly used medicine	Sterilizing gauze piece	<11113	61520
				Commonly used medicine	Adhesive tape roll	Φ6*1	61010
Commonly used medicine	100 pieces hemostatic plaster	679	81015
				Commonly used medicine	300ml acute bronchitis syrup	6.56.517.5	81025
Commonly used medicine	Anti-inflammatory tablet	2713	61020
				Commonly used medicine	Cold tablet	2813	61020
Commonly used medicine	Sanhuang tablet	2813	61020
				Commonly used medicine	Safflower oil	3.5718	61025

According to the actual commodity configuration described above, the thickness of the ultra-thin vending machine made of the multi-shelf cabinet was made in four specifications of 60 mm, 80 mm, 100 mm, and 120mm in this embodiment. The display surface of the commodity on the ultrathin vending machine has the specification of 1.2 m multiplied by 1.2 m, namely each ultrathin vending machine is arranged in a cabinet grid area with the height and width of 1.2 m respectively. The fixed form is applied with a suspended structure. If the commodity is displayed by 5-10 pieces per single product as a base number, the detail required cabinet specification number and the minimum and maximum number of the ultrathin vending machines are as follows:

goods allocation cabinetGrid statistical table (calculation with the minimum number of 5 per unit display as the base)

Cabinet grid specification	Number of cabinet	Total area of cabinet grid	Area of single machine	Number of required machines	Minimum number of machines	Maximum number of machines	Actual number of machines
								Thickness, width, height and cm	An	cm*cm	cm*cm	Table (Ref. Table)	Table (Ref. Table)	Table (Ref. Table)	Table (Ref. Table)
6510	5	250
								6515	20	1500
6520	20	2000
								6525	10	1250
6530	5	750
								6535	5	875
61010	15	1500
								61015	95	14250
61020	65	13000
								61025	55	13750
61030	35	10500
								61035	5	1750
61515	5	1125
								61520	25	7500
61525	105	39375
								61530	20	9000
61535	45	23625
								62020	5	2000
62025	10	5000
								62030	35	21000
62035	5	3500
								62040	20	16000
62535	20	17500
								62540	5	5000
Small counter		212000	14400	14.7	15	30	21
								8525	5	625
81010	10	1000
								81015	35	5250
81020	20	4000
								81025	35	8750
81030	45	13500
								81035	20	7000
81515	5	1125
								81520	20	6000
81530	10	4500
								81535	5	2625
82025	15	7500
								82530	15	11250
82540	10	10000
								Small counter		83125	14400	5.8	6	12	9
101015	40	6000
								101020	40	8000
101025	20	5000
								101030	55	16500
101035	20	7000
								101520	20	6000
101530	15	6750
								101540	5	3000
102030	10	6000
								102035	15	10500
102525	5	3125
								103030	5	4500
103035	15	15750
								103040	10	12000
Small counter		110125	14400	7.6	8	16	12
								121515	10	2250
121520	25	7500
								121525	5	1875
121535	10	5250
								122020	5	2000
122030	5	3000
								122040	10	8000
122535	10	8750
								123040	5	6000
Small counter		44625	14400	3.1	4	8	6
								Total up to					33	66	48

Required cabinet grid specifications:

1) The thickness of the 6 cm ultrathin vending machine is 24, the number of cabinet grids is 635-1270, the number of machines is 15-30, and the number of machines is controlled to be about 21 in actual use.

2) The 8 cm-thick ultrathin vending machine has 14 cabinet grids, the number of the cabinet grids is 250-500, the number of the machine stations is 6-12, and the number of the machine stations is controlled to be about 9 in practical use.

3) The 10 cm-thick ultrathin vending machine has 14 cabinet grids, 275-550 cabinet grids and 8-16 machines, and is controlled to be about 12 machines in actual use.

4) The 12 cm-thick ultrathin vending machine has 9 cabinet grids, the number of the cabinet grids is 85-170, the number of machines is 4-8, and the number of machines is controlled to be about 6 in actual use.

From the above, in the actual daily commodities, when a single commodity is displayed, the number of the commodity varieties with larger thickness is smaller, and the commodity varieties tend to decrease downwards. The fewer the number of bins used. The majority of supermarket products are concentrated in the section with smaller thickness, which is one of the main objective factors for the success of the invention.

Considering that the specific number of different goods are different and can be in and out of 5-10 pieces, and the actual adjustment of the cabinet grid during combination, the number of the ultrathin vending machines actually used in the embodiment 1 is about 48, and the requirement can be completely met. If the ultrathin vending machine configured as above is placed in a corridor in one unit of a residential building with 20 floors, a group of ultrathin vending machines is arranged in each floor corridor, each group consists of 2-4 ultrathin vending machines, and all the ultrathin vending machines can be accommodated in the 20 floors. A small supermarket of a physical shop with 249 commodity varieties and 1245-2490 display commodities can be formed. The shopping needs of most daily supplies of all residential consumers in the unit of the 20-storey building can be basically met. If the number of the shelves is increased correspondingly, more commodity varieties than the small convenience stores of about 100 square meters can be displayed. The capacity and potential of the present invention can be seen. In the existing urban residential building, the number of households on each floor in the unit is generally 6-8 households or more, and 2-4 ultrathin vending machines with the width of 1.2 meters are arranged on the wall of each floor in the length of a passageway. One such multi-floor intelligent corridor mini-supermarket can serve 120-160 households or more for 24 hours. The more floors, the more people served. The multi-floor intelligent corridor small-sized supermarket is arranged at a door of a consumer, and can purchase daily necessities required by the user when the user can not go out for ten meters. The kitchen is not in a hurry to buy rice and take the rice out of the kitchen after boiling water. The ability and advantages of it to intercept the traditional small convenience store source of the community are very obvious. The application of the small-sized convenience store can eliminate and change the pattern of the conventional small-sized convenience store in a large area.

Claims

1. A method for constructing multi-storey intelligent corridor small supermarket is characterized in that the method is different from the traditional supermarket construction method, firstly a plurality of ultrathin vending machines with the thickness of less than or equal to 120mm are divided into a plurality of thickness specifications according to a certain thickness series specification grade, then the ultrathin vending machines with the required thickness specification are selected according to the thickness of commodities to be displayed, the selected ultrathin vending machines with the thickness of less than or equal to 120mm are properly grouped, finally the selected ultrathin vending machines with the thickness of less than or equal to 120mm are arranged according to the width of narrow corridor vending spaces with the width of 1.2-2 m distributed in a plurality of storeys in a building and according to the width proportion that the ultrathin vending machines occupy the narrow corridor vending spaces with the thickness of less than or equal to 5% -8%, and the selected ultrathin vending machines with the width of less than or equal to 1.2-2 m in the plurality of storeys and the ultrathin vending machines with the thickness series specification grade of less than or equal to 120mm are constructed.

2. The method as claimed in claim 1, wherein the narrow passageway vending space of 1.2-2 m wide is a narrow passageway vending space of 1.2-2 m wide, which means that people with 1.2-2 m wide in the floor share a public pedestrian passageway, and only a specific part of the pedestrian passageway in the floor is the part of the pedestrian passageway with 1.2-2 m wide, the pedestrian passageway with less than 1.2 m wide and the pedestrian passageway with more than 2 m wide, not the narrow passageway vending space of 1.2-2 m wide in the supermarket.

3. The method as claimed in claim 1, wherein the ultra-thin vending machine has a thickness specification grade, wherein the thickness specification grade is obtained by dividing the thickness of the ultra-thin vending machine with a thickness of 120mm or less into a plurality of thickness specifications.

4. The method as claimed in claim 3, wherein the thickness specifications are divided into three specifications of 60 mm, 90 mm and 120mm, or four specifications of 60 mm, 80 mm, 100 mm and 120mm, or other series of thickness specifications.

5. The method as claimed in claim 1, wherein the ultra-thin vending machine having a desired thickness is selected according to the thickness of the goods to be displayed, and the ultra-thin vending machine having a thickness greater than the thickness of the goods is selected according to the thickness of the goods to be displayed, wherein the thickness of the goods is greater, the thickness of the selected ultra-thin vending machine is greater, the thickness of the goods is smaller, the thickness of the selected ultra-thin vending machine is smaller, and the thickness of the selected ultra-thin vending machine is greater than the thickness of the goods to be displayed.

6. The method as claimed in claim 1, wherein the ultra-thin vending machines with thickness less than or equal to 120mm are installed at a plurality of narrow corridor vending spaces with width of 1.2-2 m distributed among a plurality of floors in a building according to the principle that the ultra-thin vending machines with thickness less than or equal to 100 mm are installed at narrow corridors with width of 1.2 m and 1.3 m, the ultra-thin vending machines with thickness less than or equal to 80 mm are installed at narrow corridors with width of 1.3 m-1.5 m, the ultra-thin vending machines with thickness less than or equal to 120mm are installed at width more than 1.5 m, the ultrathin vending machine is selected and installed, specifically, the ultrathin vending machine with the thickness of 60 mm-80 mm is suitable for being arranged in narrow corridors with the widths of 1.2 m and 1.3 m, the ultrathin vending machine with the thickness of 80 mm-100 mm is suitable for being arranged in narrow corridors with the widths of 1.3 m-1.5 m, the ultrathin vending machine with the thickness of 100 mm-120 mm is suitable for being arranged in narrow corridors with the widths of more than 1.5 m, the ultrathin vending machine with the thickness of lower one or more levels in the thickness specification is suitable for being arranged in the narrow corridors with the widths of the narrow corridors larger than the widths of the narrow corridors to which the ultrathin vending machine is applied, and the ultrathin vending machine with the thickness of less than 60 mm is suitable for being arranged in the narrow corridors with the widths of 1.2-2 m.