KR20220134923A - A slices of raw fish sale system based on drive-thru - Google Patents

Abstract

The present invention relates to a drive-through based sliced raw fish sales system which comprises: a sliced raw fish ordering area where a buyer orders sliced raw fish; a sliced raw fish preparing area which is disposed consecutively with the sliced raw fish ordering area, and allows a seller to prepare sliced raw fish ordered by the buyer; and a sliced raw fish receiving area which is disposed consecutively with the sliced raw fish preparing area and allows the buyer to receive the sliced raw fish prepared by the seller. It is possible to provide a drive-through based sliced raw fish sales system that adopts a shredder capable of cutting a large amount of fish in a short period of time.

Description

A slices of raw fish sale system based on drive-thru

The present invention relates to a drive-through-based sashimi sales system, and more particularly, to a drive-through-based sashimi sales system capable of quickly providing ordered sashimi.

As the number of fast food companies approaching a saturation point with nearly 2,000 stores, fast food companies are expanding their drive-thru stores with a strategy to create a new growth engine through drive-thru.

In 2010 alone, there were only 66 drive-thru stores, but the number has grown rapidly by more than 37% each year.

For example, McDonald's, which operates a representative drive-thru store, started to expand the drive-thru service, which was first introduced in Korea in 1992, in earnest in 2010.

In 2012, 80 out of 290 stores were expanded to drive-thru stores, and in 2013, 108 out of 340 stores were expanded. As of September 2014, 151 of the 360 stores nationwide are operating as drive-thru stores, the largest number in Korea.

In particular, since 2009, SK Energy and GS Caltex have partnered with gas stations to open 30 cooperative stores. In 2012, it opened a store in Mabuk, Yongin together with a fashion brand, providing a service where you can eat and shop in one place.

In other words, many food chain stores are trying to expand their earnings through drive-thru with the development of transportation and the increase in individual vehicle ownership.

The most important thing in these drive-thru stores is quick and easy ordering and fast delivery of ordered food.

In this regard, various methods are currently being used for quick and easy ordering in drive-thru stores.

Therefore, it is currently emerging as a major problem for maximizing the advantages of drive-through stores to quickly provide ordered food.

At this time, in the case of sashimi (slice of raw fish), since it is practically difficult to quickly provide the ordered sashimi, selling the sashimi through the drive-through method is not being considered.

However, the present inventor has developed a chopper that can cut a large amount of fish in a short time after years of research and development in the field of mincer. We want to achieve a system that sells sashimi through a drive-through method, which has not been considered until now.

Korean Patent Publication No. 10-2016-0036487

An object of the present invention is to provide a drive-through-based sashimi sales system, which introduces a chopper capable of cutting a large amount of fish in a short time.

Objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to solve the above-mentioned problems, the present invention provides a sashimi order zone in which a buyer orders sashimi; a sashimi production area arranged continuously with the sashimi order area and manufactured by a seller for the sashimi ordered by the buyer; and a drive-through-based sashimi sales system disposed continuously with the sashimi production area and including a sashimi delivery area for the buyer to receive the sashimi manufactured by the seller.

In addition, the present invention provides a drive-through-based sashimi sales system, wherein the buyer purchases sashimi while riding in a vehicle, moving from the sashimi ordering area to the sashimi manufacturing area to the sashimi delivery area. to provide.

In addition, the present invention, the order zone, including an order processing unit, the order processing unit, the product management unit; and a member management unit, wherein the order processing unit includes: a first vehicle detection sensor unit for detecting whether or not a vehicle has entered; a first vehicle number recognition unit for photographing the vehicle license plate of the entering vehicle through a camera when the vehicle entrance is detected by the first vehicle detection sensor unit, and detecting the vehicle number of the entering vehicle from the captured image; a first purchaser identification unit that is interlocked with the member management unit and identifies a purchaser by searching and analyzing member information based on the vehicle number; an order menu providing unit that is interlocked with the product management unit, guides the purchaser through the touch screen after configuring the order menu, and identifies at least one purchase request product that the purchaser wants to purchase based on the input value of the purchaser; and an order information processing unit for calculating a total payment amount based on a pre-stored payment amount in response to the purchase request product selected by the purchaser.

In addition, the present invention, the circuit delivery area, a second vehicle detection sensor unit for detecting whether a vehicle enters; a second vehicle number recognition unit for photographing the vehicle license plate of the entering vehicle through a camera when the vehicle entry is detected by the second vehicle detection sensor unit, and detecting the vehicle number of the entering vehicle from the captured image; a second purchaser identification unit that is interlocked with the member management unit and identifies a purchaser by searching and analyzing member information based on the vehicle number; and a product delivery execution unit for delivering the product to the purchaser according to the purchaser information according to the second purchaser identification unit.

In addition, the present invention, the sashimi manufacturing zone, a head cutting unit for cutting the head of the raw material fish; a fillet manufacturing unit for preparing a fillet by separating the bones and flesh from the head-cut fish; de-skin for removing the epidermis from the fillet; And it provides a drive-through-based sashimi sales system, comprising a minced portion for slicing the skin from which the fish meat has been removed, wherein the shredder includes a mincer.

In addition, the present invention, the chopper, the base plate; a shredder portion positioned in a first region on the upper portion of the base plate; a plurality of shelf portions positioned above the base plate and passing through a first area in which the slicer portions are located; and a shelf transfer unit positioned above the base plate, the plurality of shelf units being fixed to each other, and transferring the plurality of shelf units.

In addition, the present invention, the shelf transfer unit, a shelf transfer line; and a plurality of gear units for rotating the shelf transfer line, wherein the plurality of gear units include: a first gear unit located at one side of a first area in which the thin cutting unit is located; a second gear part positioned on the same line as the first gear part and positioned on the other side of the first area in which the cut-off part is located; a third gear unit positioned on a vertical line with the first gear unit; a fourth gear part positioned on the same line with the third gear part and on a vertical line with the second gear part; and a fifth gear located in an area between the first gear unit and the third gear unit and spaced apart from the first gear unit at a larger distance than the first gear unit based on the first area. provide the system.

In the present invention, the plurality of shelf units respectively fixed to the shelf transfer line rotate along the shelf transfer line, and when the shelf transfer line rotates counterclockwise, the plurality of shelf units are also half It provides a drive-through based sashimi sales system, characterized in that it rotates in a clockwise direction.

In addition, the present invention includes the plurality of shelves, a first shelf; a second shelf portion positioned adjacent to the first shelf portion with respect to a rotation direction of the plurality of shelf portions; a third shelf portion positioned adjacent to the second shelf portion with respect to the rotation direction of the plurality of shelf portions; a fourth shelf portion positioned adjacent to the third shelf portion with respect to the rotation direction of the plurality of shelf portions; and a fifth shelf positioned adjacent to the fourth shelf based on a rotation direction of the plurality of shelf parts, wherein the plurality of shelf parts rotate along the shelf transfer line, and the plurality of shelf parts While rotating along the shelf transfer line, the plurality of shelf parts each pass through a first area in which the chopper is located.

In addition, the present invention is a support frame; a blade part fixed to the support frame; A first side support roller located at the lower portion of the blade, located on one side of the support frame; and a second-side support roller positioned under the blade part, positioned on the other side of the support frame, and disposed to face the first-side support roller, wherein the first-side support roller is a first-side upper support Roller; and a first-side lower support roller spaced apart from the first-side upper support roller by a predetermined interval, wherein the second-side support roller includes: a second-side upper support roller; and a second-side lower support roller spaced apart from the second-side upper support roller by a predetermined interval.

In addition, the present invention, each shelf portion of the plurality of shelves, a horizontal shelf support; and a shelf fastened to an upper portion of the horizontal shelf support, wherein the horizontal shelf support includes a guide groove elongated in a first direction of the horizontal shelf support, wherein the guide groove is at one side of the horizontal shelf support a guide groove located on one side; and a second guide groove positioned on the other side of the horizontal shelf support part, wherein the one guide groove includes: an upper surface one guide groove positioned on an upper surface of the horizontal shelf support part; and a lower side guide groove positioned on a lower surface of the horizontal shelf support part, wherein the other guide groove includes: an upper surface other guide groove positioned on an upper surface of the horizontal shelf support part; and a guide groove on the other side of the lower surface positioned on the lower surface of the horizontal shelf support part.

In addition, in the present invention, the first side upper support roller is in contact with one guide groove on the upper surface of the one guide groove, and the first lower support roller is in contact with the one guide groove on the lower surface of the one guide groove, A guide groove on one side of the horizontal shelf support part is positioned at a first interval formed by the separation between the first side upper support roller and the first side lower support roller, and the second side upper support roller is the guide groove of the other side. The upper surface is in contact with the other guide groove, and the second side lower support roller is in contact with the other guide groove on the lower surface of the other guide groove, and the second side upper support roller and the second side lower support roller are spaced apart. There is provided a drive-through-based ash sales system, characterized in that the guide groove on the other side of the horizontal shelf support part is positioned at the second interval formed therein.

According to the present invention as described above, in the present invention, it is possible to provide a drive-through-based sashimi sales system in which a chopper capable of cutting a large amount of fish in a short time is introduced.

That is, in the present invention, since it is possible to cut a large amount of objects in a short time through the chopper, by introducing such a rotary chopper into a drive-through-based sashimi sales system, the drive-thru, which has not been considered so far, is A system for selling sashimi can be achieved through this method.

In addition, in the present invention, the base plate 110; a chopper 200 positioned in a first area on the base plate 110; a plurality of shelf portions 400 positioned on the base plate 110 and passing through a first area in which the chopper portion 200 is located; and a shelf transfer unit 300 positioned above the base plate 110 , to which the plurality of shelf portions 400 are fixed, respectively, to transport the plurality of shelf portions 400 . By doing so, each of the plurality of shelves 400 passes through the first area where the chopper 200 is positioned, so that each object is cut into pieces, so that a large amount of objects can be cut in a short time. can

In addition, in the present invention, the shelf part can be supported by the chopper part through the support roller of the chopper part and the guide groove of the shelf part, and thus, for example, when the object is located on the shelf As the first shelf part 410 passes through the first area where the chopper part 200 is located, the object positioned on the first shelf part 410 is shredded by the mincer part 200, The shredded portion may firmly support the shelf portion.

1 is a configuration diagram for explaining a drive-through-based ash sales system according to the present invention.
2 is a schematic configuration diagram for explaining a sashimi order area according to the present invention.
3 is a schematic configuration diagram for explaining an order processing unit according to the present invention.
4 is a schematic configuration diagram for explaining the ash production area according to the present invention.
5 is a schematic configuration diagram for explaining a meeting area according to the present invention.
Fig. 6 is a schematic plan view showing the rotary chopper according to the present invention, Fig. 7 is a schematic front view showing the rotary chopper according to the present invention, and Fig. 8 is a schematic plan view showing the rotary chopper according to the present invention It is a left side view, FIG. 9 is a real photo plan view showing the rotary chopper according to the present invention, and FIG. 10 is a real photo perspective view showing the rotary chopper according to the present invention.
11 is a real photograph showing the chopped portion according to the present invention, Figure 12 is a schematic view showing the chopped portion according to the present invention.
13 is a real photograph showing a shelf according to the present invention.
14 is a schematic plan view for explaining the rotation of the shelf unit according to the arrangement of the gear unit.

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is only defined by the scope of the claims.

Detailed contents for carrying out the present invention will be described in detail with reference to the accompanying drawings below. Irrespective of the drawings, like reference numbers refer to like elements, and "and/or" includes each and every combination of one or more of the recited items.

Although the first, second, etc. are used to describe various elements, these elements are not limited by these terms, of course. These terms are only used to distinguish one component from another. Therefore, it goes without saying that the first component mentioned below may be the second component within the spirit of the present invention.

The terminology used herein is for the purpose of describing the embodiments and is not intended to limit the present invention. In this specification, the singular also includes the plural, unless specifically stated otherwise in the phrase. As used herein, “comprises” and/or “comprising” does not exclude the presence or addition of one or more other components in addition to the stated components.

Unless otherwise defined, all terms (including technical and scientific terms) used herein may be used with the meaning commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not to be interpreted ideally or excessively unless clearly defined in particular.

Spatially relative terms "below", "beneath", "lower", "above", "upper", etc. It can be used to easily describe the correlation between a component and other components. A spatially relative term should be understood as a term that includes different directions of components during use or operation in addition to the directions shown in the drawings. For example, when a component shown in the drawing is turned over, a component described as “beneath” or “beneath” of another component may be placed “above” of the other component. can Accordingly, the exemplary term “below” may include both directions below and above. Components may also be oriented in other orientations, and thus spatially relative terms may be interpreted according to orientation.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram for explaining a drive-through-based ash sales system according to the present invention.

Referring to FIG. 1 , in the drive-through-based sashimi sales system 1 according to the present invention, a buyer can purchase sashimi while moving from a sashimi ordering area 20 to a sashimi delivery area 40 through a vehicle 10 . In order to do so, the sashimi order area 20 where the buyer orders sashimi; a sashimi production area 30 disposed in series with the sashimi order area 20 and manufactured by a seller for the sashimi ordered by the buyer; and a sashimi delivery area 40 disposed in series with the ash production area 30 and for receiving the sashimi manufactured by the seller to the buyer.

At this time, since the purchaser can purchase sashimi while moving from the sashimi ordering area 20 to the sashimi delivery area 40 while in the vehicle 10, the present invention can be defined as a drive-through-based sashimi sales system. can

2 is a schematic configuration diagram for explaining a sashimi order area according to the present invention.

Referring to FIG. 2 , the sashimi order zone 20 according to the present invention includes an order processing unit 21 ; and a payment processing unit 22 for paying for the sushi ordered by the order processing unit 21 .

At this time, in the drawing, the payment processing unit 22 is configured in the time order area 20 and shows that payment is made together with the order. 40), payment can be made in the process of receiving the session.

However, due to the nature of the meeting, if sashimi is manufactured using raw fish, it cannot be restored to raw fish, that is, if the fish is manufactured as sashimi, it is not recommended to cancel the order due to the buyer's change of mind. Since it is difficult, it is preferable that the payment is made before the fish is manufactured as sashimi. Therefore, it is preferable that the payment processing unit according to the present invention is configured in the sashimi order zone, and payment is made together with the order.

Then, referring to Figure 2, the order processing unit 21, the product management unit (21a); and a member management unit 21b.

The product management unit 21a stores and manages detailed information (type, production area, stocking date) of fish, which are raw materials for manufacturing sashimi, actual images of fish, and meeting price information, and also, the product management unit 21a can reflect the product inventory status according to meeting sales and stocking of fish in real time in the order menu.

In addition, the member management unit 21b may obtain, store and manage the vehicle number and payment information of each purchaser in advance, and through this, the vehicle of the purchaser purchasing the sashimi is placed in the sashimi order area 20 Upon entering into , the purchaser may be identified based on the vehicle number of the vehicle, and thereafter, the product management unit 21a may provide an order menu to the purchaser through a separate touch screen.

At this time, by the member management unit, obtaining each purchaser's vehicle number and payment information in advance means a purchaser who has registered as a member through online and entered vehicle number and payment information in advance, or a re-visit of the store. Therefore, it may correspond to the information of the purchaser according to the previous visit record.

However, in the case of a buyer who visits the store for the first time without registering as a member through online, the product management unit 21a is operated through a separate touch screen without a process of identifying the buyer based on the purchaser's vehicle number. , the order menu can be provided to the buyer.

Meanwhile, since providing an order menu to the purchaser through a separate display corresponds to a general matter, a detailed description below will be omitted.

In addition, the member information managed by the member management unit and the product information managed by the product management unit may be registered and managed by the store manager, which corresponds to a general matter, and thus a detailed description thereof will be omitted.

3 is a schematic configuration diagram for explaining an order processing unit according to the present invention.

Referring to Figure 3, as described above, the order processing unit 21 according to the present invention, the product management unit (21a); and a member management unit 21b.

More specifically, the order processing unit 21, a vehicle detection sensor unit 23 for detecting whether a vehicle enters; When the vehicle entry is detected by the vehicle detection sensor unit 23, the vehicle license plate of the entering vehicle through the camera, and a vehicle number recognition unit 24 for detecting the vehicle number of the entering vehicle from the captured image; a purchaser identification unit 25 interlocking with the member management unit 21b and identifying a purchaser by searching and analyzing member information based on the vehicle number; An order menu providing unit ( 26); and an order information processing unit 27 for calculating a total payment amount based on a pre-stored payment amount in response to the purchase request product selected by the purchaser.

Meanwhile, in the present invention, the order processing unit 21 may further include a portable terminal interworking unit (not shown), and through this, it is interlocked with the purchaser's portable terminal to guide the order menu through the portable terminal, and to carry The terminal may be notified of the purchase request of the purchaser.

That is, the information providing operation and the information input operation may be performed through the purchaser's mobile terminal instead of the touch screen installed in the store.

Subsequently, referring to FIG. 2 , the payment processing unit 22 accesses the member management unit 21a to receive payment information of the identified buyer through the order processing unit 21 , and using the payment information, the order processing unit 21 ) can be paid for the total payment amount calculated in .

For example, in the case of a card payment method, the payment information may include a card company, a card serial number, a card password, and a card unique number. In another example, in the case of an internet-based payment method, the payment information may include a payment ID and a payment password.

In addition, the payment processing unit 22 additionally guides the purchaser with payment information associated with the purchaser through the touch screen, and then allows the payment to be performed only when the purchaser inputs a password.

In addition, a POS device is additionally provided, and through this, when there is no payment information of the orderer, on-site payment based on cash or credit card may be performed.

Since the payment method through the payment processing unit corresponds to a general matter, a detailed description thereof will be omitted below.

Hereinafter, the ash production zone according to the present invention will be described.

4 is a schematic configuration diagram for explaining the ash production area according to the present invention.

As described above, in the drive-through-based sashimi sales system 1 according to the present invention, the sashimi production zone ( 30).

More specifically, referring to FIG. 4 , the sashimi manufacturing zone 30 according to the present invention includes a head cutting unit 31 for cutting the head of a raw fish, which is a raw material; a fillet manufacturing unit 32 for preparing a fillet (fillet of fish) by separating the bones and flesh from the head-cut fish; a peeling skin 33 for removing the epidermis from the fillet; and a slicing part 100 for slicing fish meat from which the skin has been removed.

The process of cutting the head of the above-mentioned fish (head cutting process); A process of separating the bones and flesh from the head-cut fish and manufacturing a fillet (fillet manufacturing process); a peeling process (peeling process) for removing the epidermis from the fillet; And the mincing process (mincing process) for mincing the skin from which the skin has been removed is the same as the process of manufacturing general sashimi.

However, in general, in the case of a process for manufacturing sashimi, the head cutting process, the fillet manufacturing process, the peeling process, and the shredding process are performed manually by a person. Because it is time consuming, it is impossible to sell sashimi through a drive-thru basis like the present invention.

Of course, it may be possible to receive sashimi only by the drive-thru method with a reservation made in advance and the sashimi is manufactured, but after ordering the sashimi through the drive-through method and manufacturing the sashimi at the same time as the order, the manufactured It is impossible to sell sashimi through a drive-thru basis as in the present invention, since it takes a lot of time to deliver the sashimi through the drive-through method.

In particular, in the case of the shredding process, it corresponds to a process that takes the most time in the process of manufacturing sashimi.

As described above, in the drive-through method, quickly providing ordered food is a major problem for maximizing the advantages of a drive-through store. However, due to the above-described problem, in the case of slices of raw fish However, since it is practically difficult to quickly provide ordered sashimi, selling sashimi through a drive-through method is not being considered.

However, the present inventor has developed a chopper that can cut a large amount of fish in a short time after decades of research and development in the field of mincer. , to achieve a system that sells sashimi through a drive-through method, which has not been considered until now.

In particular, as described above, in the case of the mincing process, since it corresponds to the process that takes the most time in the process of manufacturing sashimi, by introducing the mincer developed by the present inventor into the drive-through-based sashimi sales system, A system that sells sashimi through a drive-through method, which has not been considered so far, is possible.

Then, referring to Figure 4, as described above, in the present invention, the step of cutting the head of the fish (head cutting step); A process of separating the bones and flesh from the head-cut fish and manufacturing a fillet (fillet manufacturing process); The peeling process (peeling process) for removing the epidermis from the fillet may be performed manually, however, in the present invention, the shredding process (shipping process) for shredding the fish meat from which the epidermis has been removed is performed as described below. It is characterized by applying the shredder according to the invention.

That is, the sashimi manufacturing zone 30 according to the present invention includes: a head cutting unit 31 for cutting the head of a raw fish as a raw material; a fillet manufacturing unit 32 for preparing a fillet (fillet of fish) by separating the bones and flesh from the head-cut fish; a peeling skin 33 for removing the epidermis from the fillet; and a shredder 100 for slicing fish meat from which the skin has been removed, wherein the shredder includes a rotary mincer to be described later.

The rotary chopper according to the present invention will be described in detail below.

On the other hand, referring to Figure 4, the process of cutting the head of the fish (head cutting process); A process of separating the bones and flesh from the head-cut fish and manufacturing a fillet (fillet manufacturing process); The peeling process (peeling process) for removing the epidermis from the fillet may also be performed by a mechanical operation (automated operation) rather than a manual operation.

That is, the head cutting unit may include a fish head cutting device. In this case, the fish head cutting device may utilize a fish head cutting device according to Korean Patent Registration No. 10-1968676.

In addition, the fillet manufacturing unit may include a fish bone and fish meat separating device, wherein the fish bone and fish meat separating device utilizes the fish bone and fish meat separating device according to Korea Registered Utility No. 20-0354640. can

In addition, the peeler may include a peeler, and in this case, the peeler may utilize a peeler according to Korean Patent Application Laid-Open No. 10-2020-0005786.

At this time, as described above, in the present invention, it is not limited whether the head cutting process, the fillet manufacturing process, and the peeling process are performed manually or by a mechanical operation. However, in the present invention, , The shredder is characterized in that it includes a rotary shredder to be described later.

Hereinafter, a circuit delivery area according to the present invention will be described.

5 is a schematic configuration diagram for explaining a meeting area according to the present invention.

As described above, the drive-through-based sashimi sales system 1 according to the present invention is arranged in succession with the sashimi production area 30, and a sashimi delivery area for the buyer to receive the sashimi manufactured by the seller. (40).

Referring to FIG. 5 , the ash delivery area 40 according to the present invention identifies the purchaser based on the vehicle number when the buyer's vehicle enters the ash delivery area, and returns the ash manufactured in the ash production area to the purchaser. It corresponds to the area to be delivered to.

More specifically, the roundabout area 40 includes a vehicle detection sensor unit 41 for detecting whether or not a vehicle has entered; When the vehicle entry is detected by the vehicle detection sensor unit 41, the vehicle license plate of the entering vehicle through the camera, and a vehicle number recognition unit 42 for detecting the vehicle number of the entering vehicle from the captured image; a purchaser identification unit 43 interlocking with the member management unit 21b and identifying a purchaser by searching and analyzing member information based on the vehicle number; and a product delivery performing unit 44 for delivering the product to the purchaser according to the purchaser information according to the purchaser identification unit 44 .

At this time, the product delivery performing unit 44 may be performed by a worker, that is, the worker checks the purchaser information identified through the purchaser identification unit 43 and then, according to the purchaser information, delivers the product to the purchaser. can guide

Since the delivery of the product by such an operator is a general matter, a detailed description will be omitted below.

Hereinafter, the rotary shredder included in the shredder according to the present invention will be described in more detail.

Fig. 6 is a schematic plan view showing the rotary chopper according to the present invention, Fig. 7 is a schematic front view showing the rotary chopper according to the present invention, and Fig. 8 is a schematic plan view showing the rotary chopper according to the present invention It is a left side view, FIG. 9 is a real photo plan view showing the rotary chopper according to the present invention, and FIG. 10 is a real photo perspective view showing the rotary chopper according to the present invention.

6 to 10 , the rotary chopper 100 according to the present invention includes a base plate 110; a chopper 200 positioned in a first area on the base plate 110; a plurality of shelf portions 400 positioned on the base plate 110 and passing through a first area in which the chopper portion 200 is located; and a shelf transfer unit 300 positioned above the base plate 110 , to which the plurality of shelf units 400 are fixed, respectively, to transport the plurality of shelf units 400 .

In addition, the rotary chopper 100 according to the present invention is located under the base plate 110 and includes a driving source 500 for transporting the shelf transfer unit 300 .

At this time, the driving source 500 may be a known motor, and although the driving source 500 is shown as being located under the base plate 110 in the drawings, the position of the driving source 500 is not determined in the present invention. It is not limiting. Since such a driving source corresponds to a general matter, a detailed description below will be omitted.

6 to 10 , the shelf transfer unit 300 includes a shelf transfer line 310 ; A plurality of gear units 320 for rotating the shelf transfer line 310 are included.

In this case, the plurality of gear units 320 may include: a first gear unit 321 located at one side of the first region where the fine cutting unit 200 is located; a second gear part 322 positioned on the same line as the first gear part 321 and positioned on the other side of the first area in which the fine cutting part 200 is positioned; a third gear unit 323 positioned on a vertical line with the first gear unit 321; a fourth gear part 324 positioned on the same line with the third gear part 323 and on a vertical line with the second gear part 322; and a fifth positioned between the first gear part 321 and the third gear part 323 and spaced apart from the first gear part 321 by a larger distance than the first gear part 321 based on the first area. It includes a gear unit 325 .

That is, as shown in the drawings, in the present invention, the plurality of gear units 320 include the first gear unit 321; the second gear unit 322; the third gear unit 323; the fourth gear unit 324; and the fifth gear unit 325, wherein the first gear unit 321; the second gear unit 322; the third gear unit 323; the fourth gear unit 324; and the fifth gear unit 325 is arranged in a pentagonal shape.

At this time, the lathe transfer line 310 is coupled to the plurality of gear units 320 to form a continuous pentagonal line, and according to the rotation of the plurality of gear units 320 , the lathe transfer line The line 310 continuously rotates while forming a pentagonal shape.

On the other hand, the shelf transfer line 310 rotates in a counterclockwise direction, and more specifically, the rotation direction of the shelf transfer line 310 is determined from the second gear unit 322 to the first gear unit ( 321 ), and alternatively, the rotation direction of the shelf transfer line 310 is the direction of the fourth gear 440 from the third gear 323 . It can be defined as rotating with

In addition, when the rotation direction is defined with respect to the fifth gear unit 325 , the rotation direction of the shelf transfer line 310 is determined from the first gear unit 321 to the fifth gear unit 325 . It can be defined as rotating in the direction can be defined as

On the other hand, when the shelf transfer line continuously rotates while forming a pentagonal shape, the shelf transfer line may rotate according to the rotation of the plurality of gear units 320 , and the plurality of gear units 320 may be rotated. ), when the rotational force is transmitted from the above-described driving source 500 to any one of the gear units, the remaining gear units among the plurality of gear units 320 may rotate naturally according to the rotation of the shelf conveying line.

To this end, in the present invention, it is preferable that the lathe transfer line is formed in the form of a chain, that is, the lathe transfer line in the form of a chain is fastened to the plurality of gear units 320 , and the plurality of gear units When any one of the gear parts 320, for example, the third gear part 323 is rotated by the driving source 500, the rotational force of the third gear part 323 is in the form of the chain. is transmitted to the lathe transfer line, and while the lathe transfer line is rotated by the rotational force of the third gear unit 323 , the remaining gear units among the plurality of gear units 320 rotate the lathe transfer line. Accordingly, it can rotate naturally.

Accordingly, in the present invention, any one of the plurality of gear units 320 , for example, the third gear unit 323 may be defined as a driving gear unit, and the rest of the plurality of gear units 320 . a gear unit, for example, the first gear unit 321; the second gear unit 322; the fourth gear unit 324; and the fifth gear unit 325 may be defined as a support gear unit for supporting the shelf transfer line.

Meanwhile, the arrangement of the plurality of gear units 320 will be described later.

6 to 10, as described above, the rotary chopper 100 according to the present invention is located on the upper portion of the base plate 110, It includes a plurality of shelf parts 400 passing through one area.

In this case, the plurality of shelf units 400 are respectively fixed to the shelf unit transfer unit 300 , and more specifically, are respectively fixed to the shelf unit transfer line 310 .

As described above, the shelf transfer line 310 is coupled to the plurality of gear units 320 to form a continuous pentagonal line, and according to the rotation of the plurality of gear units 320 , the The shelf transfer line 310 continuously rotates while forming a pentagonal shape.

At this time, the plurality of shelf units 400 fixed to the shelf transfer line 310 are rotated along the shelf transfer line 310 , for example, the shelf transfer line 310 is When rotating in the counterclockwise direction, the plurality of shelf units 400 also rotate in the counterclockwise direction.

Meanwhile, since the rotation direction of the shelf transfer line 310 is the same as described above, a detailed description below will be omitted.

At this time, the plurality of shelf parts 400 include a first shelf part 410; a second shelf portion 420 positioned adjacent to the first shelf portion 410 with respect to the rotation direction of the plurality of shelf portions; a third shelf part 430 positioned adjacent to the second shelf part 420 with respect to the rotation direction of the plurality of shelf parts; a fourth shelf portion 440 positioned adjacent to the third shelf portion 430 with respect to the rotation direction of the plurality of shelf portions; and a fifth shelf part 450 positioned adjacent to the fourth shelf part 440 with respect to the rotation direction of the plurality of shelf parts.

As described above, the plurality of shelf units 400 rotate along the shelf transfer line 310 , and the plurality of shelf units 400 rotate along the shelf transfer line 310 , Each of the plurality of shelf parts 400 passes through the first area in which the thin slicer part 200 is located.

At this time, meat or fish (hereinafter, referred to as “object”) is positioned on the plurality of shelf parts 400 , for example, the fifth shelf part 450 , and the fifth shelf part 450 is the While passing through the first area where the mincing part 200 is located, the object is minced.

For this reason, for example, the shredded object is positioned on the first shelf portion 410 .

That is, when an operator places an object on the fifth shelf part 450 , the plurality of shelf parts 400 rotate along the shelf part transfer line 310 , and the plurality of shelf parts 400 , for example For example, the fifth shelf part 450 passes through the first area where the chopper part 200 is located, and the object positioned on the fifth shelf part 450 is moved by the thin slicer part 200 . to be shredded

11 is a real photograph showing the chopped portion according to the present invention, Figure 12 is a schematic view showing the chopped portion according to the present invention.

11 and 12, the chopper 200 according to the present invention includes the support frame 210; The blade part 220 fixed to the support frame 210; A first side support roller 230 located at a lower portion of the blade unit 220, and located on one side of the support frame 210; and a second-side support roller 240 positioned under the blade part 220 , positioned on the other side of the support frame 210 , and disposed to face the first-side support roller 230 .

At this time, the support frame 210 may be fixed to a certain area of the base plate 110, but the method of fixing the support frame 210 is not limited in the present invention, and the support frame ( 210) is not limited to the shape.

In addition, the blade part 220 includes a plurality of blades, and the blade part 220 is detachable from the support frame 210, so the situation according to the shape of the object to be cut and the size of the cut object, etc. It can be replaced with a blade unit 220 that fits.

Meanwhile, referring to FIG. 12 , the first side support roller 230 includes a first side upper support roller 231 ; and a first-side lower support roller 232 disposed to be spaced apart from the first-side upper support roller 231 by a predetermined interval, and in this case, the first-side upper support roller 231 and the first side The lower support roller 232 may be configured with a plurality of rollers, respectively.

In addition, although not shown in the drawings, in the same manner as the first side supporting roller, the second side supporting roller 240 includes a second side upper supporting roller (not shown); and a second-side lower support roller that is spaced apart from the second-side upper support roller by a predetermined interval, wherein the second-side upper support roller and the second-side lower support roller are each formed of a plurality of rollers. can be configured.

The roles of the first side support roller and the second side support roller will be described later.

13 is a real photograph showing a shelf according to the present invention. It goes without saying that the configuration of the shelf described below can be applied to all of the plurality of shelf parts as described above. Hereinafter, the following shelf will be described in comparison with the first shelf.

Referring to FIG. 13 , the first shelf part 410 according to the present invention includes a horizontal shelf support part 610 ; a vertical shelf support 620 fastened to a lower portion of the horizontal shelf support 610; and a shelf 630 fastened to an upper portion of the horizontal shelf support 610 .

At this time, the object as described above is located on the shelf 630, so that the first shelf part 410 passes through the first area where the chopper part 200 is located in a state where the object is located on the shelf. As a result, the object positioned on the first shelf part 410 is shredded by the shredder part 200 .

On the other hand, in the present invention, the shape of the shelf 630 is not limited, and the shelf 630 is detachable from the horizontal shelf support 610 , so the shape of the object to be cut and the size of the cut object, etc. It may be replaced with a shelf 630 according to the situation.

At this time, as described above, the blade part 220 is detachable from the support frame 210, and is replaced with a blade part 220 suitable for the situation according to the shape of the object to be cut and the size of the cut object. can be

That is, in the present invention, when the blade part 220 is replaced, the shelf 630 may be replaced with a shelf 630 suitable for the blade part 220 .

Continuingly, referring to FIG. 13 , the horizontal shelf support 610 includes a guide groove elongated in a first direction, for example, a longitudinal direction, of the horizontal shelf support 610 , wherein the guide groove includes the one side guide groove 611 positioned on one side of the horizontal shelf support 610; and another guide groove 621 positioned on the other side of the horizontal shelf support 610 .

In addition, the one-side guide groove 611 is an upper surface one guide groove located on the upper surface of the horizontal shelf support 610; and a lower side guide groove positioned on the lower surface of the horizontal shelf support part 610, and the other guide groove 621 includes an upper surface other guide groove positioned on the upper surface of the horizontal shelf support part 610; and a guide groove on the other side of the lower surface positioned on the lower surface of the horizontal shelf support part 610 .

12, the chopper according to the present invention includes a first side support roller 230 and a second side support roller 240, and the first side support roller 230 is a first side upper part. support roller 231; and a first-side lower support roller 232 disposed to be spaced apart from the first-side upper support roller 231 by a predetermined interval, and further, the second-side support roller 240 is a second-side upper support roller 240 . roller (not shown); and a second-side lower support roller disposed to be spaced apart from the second-side upper support roller by a predetermined interval.

At this time, one guide groove 611 of the horizontal shelf support part 610 is positioned at a first interval formed by the separation between the first side upper support roller 231 and the first side lower support roller 232, and , the other guide groove 621 of the horizontal shelf support 610 is positioned at a second interval formed by the separation between the second side upper support roller and the second side lower support roller.

More specifically, the first side upper support roller 231 is in contact with the upper surface one guide groove of the one side guide groove 611 , and the first side lower support roller 232 is the one side guide groove 611 . One side of the horizontal shelf support part 610 at a first interval formed by the separation between the first side upper support roller 231 and the first side lower support roller 232 in a state in contact with the one guide groove on the lower surface A guide groove 611 is located.

In addition, the second side upper support roller is in contact with the other guide groove on the upper surface of the other guide groove 621, the second side lower support roller is in contact with the other guide groove on the lower surface of the other guide groove 621 Therefore, the other guide groove 621 of the horizontal shelf support part 610 is positioned at a second interval formed by the separation between the second side upper support roller and the second side lower support roller.

That is, in the present invention, the shelf part can be supported by the chopper part through the support roller of the mincer part and the guide groove of the shelf part. As the first shelf part 410 passes through the first area where the chopper part 200 is located, the object positioned on the first shelf part 410 is shredded by the mincer part 200, The shredded portion may firmly support the shelf portion.

Subsequently, referring to FIG. 13 , the vertical shelf support 620 of the first shelf 410 according to the present invention is fixed for fixing the vertical shelf support 620 to the shelf transfer line 310 . It includes means 623 , and the vertical shelf support 620 includes a wheel 622 fastened to the lower end of the vertical shelf support 620 .

That is, the vertical shelf support 620 is fixed to the shelf transfer line 310 through the fixing means 623 , so that as the shelf transfer line 310 continuously rotates, the plurality of The shelf part of the dog can also rotate continuously.

At this time, as the wheel part 622 rotates in contact with the base plate 110 , the wheel part 622 supports the vertical shelf support part 620 , and the plurality of shelf parts are the shelf part transfer line. It can rotate continuously along 310 .

Meanwhile, as described above, referring to FIGS. 6 to 10 , the shelf transfer unit 300 includes a shelf transfer line 310 ; and a plurality of gear units 320 for rotating the shelf transfer line 310, wherein the plurality of gear units 320 are disposed at one side of the first region where the chopper unit 200 is located. a first gear unit 321 positioned; a second gear part 322 positioned on the same line as the first gear part 321 and positioned on the other side of the first area in which the fine cutting part 200 is positioned; a third gear unit 323 positioned on a vertical line with the first gear unit 321; a fourth gear part 324 positioned on the same line with the third gear part 323 and on a vertical line with the second gear part 322; and a fifth positioned between the first gear part 321 and the third gear part 323 and spaced apart from the first gear part 321 by a larger distance than the first gear part 321 based on the first area. It includes a gear unit 325 .

That is, as shown in the drawings, in the present invention, the plurality of gear units 320 include the first gear unit 321; the second gear unit 322; the third gear unit 323; the fourth gear unit 324; and the fifth gear unit 325, wherein the first gear unit 321; the second gear unit 322; the third gear unit 323; the fourth gear unit 324; and the fifth gear unit 325 is arranged in a pentagonal shape.

Hereinafter, the reason why the plurality of gear units according to the present invention are arranged as described above will be described.

14 is a schematic plan view for explaining the rotation of the shelf unit according to the arrangement of the gear unit.

Referring to FIG. 14 , when an operator places an object on the first shelf, for example, the plurality of shelf parts rotate along the shelf part transfer line, and the first shelf part has the shredder part (not shown). It passes through the first area positioned, and the object positioned on the first shelf is shredded by the shredder (not shown).

At this time, that is, the minced object is located on the first shelf part 410' shown in FIG. 14, and the operator immediately recovers the chopped object from the first shelf part 410' where the minced object is located. will do

However, when the operator cannot recover the cut object directly from the first shelf part 410', the first shelf part 410' continuously rotates and the first shelf part 410'' of FIG. move to location.

In this moving process, the shredded object may not maintain its shredded shape and may be scattered.

For example, any one of the plurality of shelf units passes through the third gear unit 324 , moves toward the fourth gear unit 323 , and passes through the fourth gear unit 323 to the second gear. In the case of moving toward the part 322 , when passing through the fourth gear part 323 , the shelf part abruptly changes its position at an angle of 90°.

If, in this situation, the shredded object is located on the shelf, the shredded object is scattered without maintaining the shredded shape.

Therefore, in the present invention, in order to solve this problem, the plurality of gear parts 320 are arranged in a pentagonal shape, and more specifically, the first gear part 321 and the third gear part 323 are arranged in a pentagonal shape. A fifth gear unit 325 positioned in the interspace and spaced apart from the first gear unit 321 at a larger distance than the first gear unit 321 is included with respect to the first area.

More specifically, as shown in FIG. 14 , when any one of the plurality of shelf units passes through the first gear unit 321 and moves toward the fifth gear unit 325 , the first gear unit ( 321), the position of the shelf portion is changed by 45°.

That is, in the left region in FIG. 14 , that is, when a gear unit such as the fifth gear unit is not introduced, the fourth gear passes through the fourth gear unit 323 and moves toward the second gear unit 322 side. At the moment of passing through the part 323, the shelf part is abruptly repositioned at an angle of 90°. When it passes through and moves to the fifth gear part 325 side, as soon as it passes through the first gear part 321, the position of the shelf part is changed by 45°, so the inertia applied to the shredded object is not large, It is possible to prevent the shredded object from being scattered without maintaining the shredded shape.

In the case of a general shredder, it includes one shelf and one blade body, so if there are a lot of fish or meat to be cut, there is a limit to cutting them in a short time.

However, in the present invention, the base plate 110; a chopper 200 positioned in a first area on the base plate 110; a plurality of shelf portions 400 positioned on the base plate 110 and passing through a first area in which the chopper portion 200 is located; and a shelf transfer unit 300 positioned above the base plate 110 , to which the plurality of shelf portions 400 are fixed, respectively, to transport the plurality of shelf portions 400 . By doing so, each of the plurality of shelves 400 passes through the first area where the chopper 200 is positioned, so that each object is cut into pieces, so that a large amount of objects can be cut in a short time. can

In addition, in the present invention, the shelf part can be supported by the chopper part through the support roller of the chopper part and the guide groove of the shelf part, and thus, for example, when the object is located on the shelf As the first shelf part 410 passes through the first area where the chopper part 200 is located, the object positioned on the first shelf part 410 is shredded by the mincer part 200, The shredded portion may firmly support the shelf portion.

In addition, in the present invention, the plurality of gear units 320, the first gear unit 321 located on one side of the first region where the fine cutting unit 200 is located; a second gear part 322 positioned on the same line as the first gear part 321 and positioned on the other side of the first area in which the fine cutting part 200 is positioned; a third gear unit 323 positioned on a vertical line with the first gear unit 321; a fourth gear part 324 positioned on the same line with the third gear part 323 and on a vertical line with the second gear part 322; and a fifth positioned between the first gear part 321 and the third gear part 323 and spaced apart from the first gear part 321 by a larger distance than the first gear part 321 based on the first area. By including the gear unit 325 , it is possible to prevent the chopped object from being scattered without maintaining the chopped shape at the upper part of the shelf part.

As described above, in the drive-through method, quickly providing ordered food is emerging as a major problem for maximizing the advantages of a drive-through store.

At this time, in the case of sashimi (slice of raw fish), since it is practically difficult to quickly provide the ordered sashimi, selling the sashimi through the drive-through method is not being considered.

However, in the present invention, since a large amount of objects can be cut within a short time through the above-mentioned rotary chopper, by introducing such a rotary chopper into a drive-through-based shredder sales system, it has not been considered until now. , it is possible to achieve a system for selling sashimi through a drive-through method.

Although the embodiments of the present invention have been described with reference to the above and the accompanying drawings, those of ordinary skill in the art to which the present invention pertains can practice the present invention in other specific forms without changing its technical spirit or essential features. You will understand that there is Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

Claims (12)

sashimi ordering area where buyers order sashimi;
a sashimi production area arranged continuously with the sashimi order area and manufactured by a seller for the sashimi ordered by the buyer; and
A drive-through-based sashimi sales system that is disposed continuously with the sashimi production area and includes a sashimi delivery area for the buyer to receive the sashimi manufactured by the seller. The method of claim 1,
The drive-through-based sashimi sales system, characterized in that the buyer purchases sashimi while riding in a vehicle, moving from the sashimi ordering area to the sashimi manufacturing area to the sashimi delivery area. The method of claim 1,
The time order area includes an order processing unit,
The order processing unit, a product management unit; and a member management department,
The order processing unit may include: a first vehicle detection sensor unit for detecting whether or not a vehicle has entered; a first vehicle number recognition unit for photographing the vehicle license plate of the entering vehicle through a camera when the vehicle entrance is detected by the first vehicle detection sensor unit, and detecting the vehicle number of the entering vehicle from the captured image; a first purchaser identification unit that is interlocked with the member management unit and identifies a purchaser by searching and analyzing member information based on the vehicle number; an order menu providing unit that is interlocked with the product management unit, guides the purchaser through the touch screen after configuring the order menu, and identifies at least one purchase request product that the purchaser wants to purchase based on the input value of the purchaser; and an order information processing unit that calculates a total payment amount based on a pre-stored payment amount in response to the purchase request product selected by the purchaser. 4. The method of claim 3,
The round delivery area, a second vehicle detection sensor unit for detecting whether a vehicle enters; a second vehicle number recognition unit for photographing the vehicle license plate of the entering vehicle through a camera when the vehicle entry is detected by the second vehicle detection sensor unit, and detecting the vehicle number of the entering vehicle from the captured image; a second purchaser identification unit that is interlocked with the member management unit and identifies a purchaser by searching and analyzing member information based on the vehicle number; and a product delivery execution unit for delivering the product to the purchaser according to the purchaser information according to the second purchaser identification unit. The method of claim 1,
The sashimi manufacturing area, a head cutting unit for cutting the head of the raw fish; a fillet manufacturing unit for preparing a fillet by separating the bones and flesh from the head-cut fish; de-skin for removing the epidermis from the fillet; and a shredder for shredding the skin from which the skin has been removed,
The drive-through based sashimi sales system, characterized in that the shredder includes a shredder. 6. The method of claim 5,
The chopper includes a base plate; a shredder portion positioned in a first region on the upper portion of the base plate; a plurality of shelf portions positioned above the base plate and passing through a first area in which the slicer portions are located; and a shelf transfer unit positioned above the base plate, the plurality of shelf units being fixed to each other, and configured to transfer the plurality of shelf units. 7. The method of claim 6,
The shelf transfer unit may include a shelf transfer line; and a plurality of gears for rotating the lathe transfer line,
The plurality of gear units may include: a first gear unit located at one side of the first region in which the fine cutting unit is located; a second gear part positioned on the same line as the first gear part and positioned on the other side of the first area in which the cut-off part is located; a third gear unit positioned on a vertical line with the first gear unit; a fourth gear part positioned on the same line with the third gear part and on a vertical line with the second gear part; and a fifth gear located in an area between the first gear unit and the third gear unit and spaced apart from the first gear unit at a larger distance than the first gear unit based on the first area. system. 8. The method of claim 7,
The plurality of shelf units respectively fixed to the shelf transfer line rotate along the shelf transfer line, and when the shelf transfer line rotates in a counterclockwise direction, the plurality of shelf units also rotate in a counterclockwise direction. Drive-thru based sashimi sales system, characterized in that. 8. The method of claim 7,
The plurality of shelves may include: a first shelf; a second shelf portion positioned adjacent to the first shelf portion with respect to a rotation direction of the plurality of shelf portions; a third shelf portion positioned adjacent to the second shelf portion with respect to the rotation direction of the plurality of shelf portions; a fourth shelf portion positioned adjacent to the third shelf portion with respect to the rotation direction of the plurality of shelf portions; and a fifth shelf positioned adjacent to the fourth shelf with respect to the rotation direction of the plurality of shelf parts,
The plurality of shelf units are rotated along the shelf transfer line, and while the plurality of shelf units are rotated along the shelf transfer line, each of the plurality of shelf units passes through the first area in which the chopper is located. Drive-thru based sashimi sales system featuring. 7. The method of claim 6,
The thin cut portion includes a support frame; a blade part fixed to the support frame; A first side support roller located at the lower portion of the blade, located on one side of the support frame; and a second-side support roller positioned under the blade portion, positioned on the other side of the support frame, and disposed to face the first-side support roller,
The first side support roller, the first side upper support roller; and a first-side lower support roller disposed to be spaced apart from the first-side upper support roller by a predetermined interval,
The second side support roller, the second side upper support roller; and a second-side lower support roller spaced apart from the second-side upper support roller by a predetermined distance. 11. The method of claim 10,
Each shelf part of the plurality of shelf parts includes a horizontal shelf support part; and a shelf fastened to an upper portion of the horizontal shelf support,
The horizontal shelf support portion includes a guide groove elongated in the first direction of the horizontal shelf support portion,
The guide groove may include: one guide groove positioned at one side of the horizontal shelf support part; and the other guide groove located on the other side of the horizontal shelf support part,
The one-side guide groove may include: an upper surface one guide groove positioned on an upper surface of the horizontal shelf support part; and a lower side guide groove positioned on a lower surface of the horizontal shelf support part, wherein the other guide groove includes: an upper surface other guide groove positioned on an upper surface of the horizontal shelf support part; and a guide groove on the other side of the lower surface positioned on the lower surface of the horizontal shelf support part. 12. The method of claim 11,
The first side upper support roller is in contact with one guide groove on the upper surface of the one side guide groove, and the first side lower support roller is in contact with the one guide groove on the lower surface of the one guide groove, the first side upper support A guide groove on one side of the horizontal shelf support part is positioned at a first interval formed by the spacing between the roller and the first side lower support roller,
In addition, the second side upper support roller is in contact with the other guide groove on the upper surface of the other guide groove, the second side lower support roller is in contact with the other guide groove on the lower surface of the other guide groove, the second side A drive-through-based ash sales system, characterized in that the other guide groove of the horizontal shelf support part is positioned at a second interval formed by the separation between the upper support roller and the second side lower support roller.

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