TR2022012943A2

TR2022012943A2 - A SYSTEM THAT ENABLES THE COMBINATION OF LAYOUT PLAN AND PLANOGRAM RELATIONSHIP FOR STORES

Info

Publication number: TR2022012943A2
Application number: TR2022/012943
Authority: TR
Inventors: Teoman Serkan; Yegen Nesli̇han; Ta Kin Tuncer; Feri̇t Cansever Aydin
Original assignee: Mi̇gros Ti̇caret Anoni̇m Şi̇rketi̇
Filing date: 2022-08-16
Publication date: 2024-02-21

Abstract

Bu buluş, farklı ortamlarda oluşturulan mağaza yerleşim planı ve ürün dizilimi planı (planogram) ilişkisinin tek bir uygulama üzerinde birleştirilerek söz konusu bilginin istenilen bir ara katmana otomatik olarak alınmasını ve daha sonra ilgili verinin belirlenen bir veri tabanına kaydedilmesini sağlayan bir sistem (1) ile ilgilidir.This invention relates to a system (1) that combines the store layout plan and product line-up plan (planogram) relationship created in different environments on a single application, automatically imports the information in question to a desired intermediate layer, and then saves the relevant data to a determined database. .

Description

TARIFNAME MAGAZALAR IÇIN YERLESIM PLANI VE PLANOGRAM ILISKISININ BIRLESTIRILMESINI SAGLAYAN BIR SISTEM Teknik Alan Bu bulus, farkli ortamlarda olusturulan magaza yerlesim plani ve ürün dizilimi plani (planogram) iliskisinin tek bir uygulama üzerinde birlestirilerek söz konusu bilginin istenilen bir ara katmana otomatik olarak alinmasini ve daha sonra ilgili verinin belirlenen bir veri tabanina kaydedilmesini saglayan bir sistem ile ilgilidir. Önceki Teknik Ürün satisi gerçeklestirilen magazalarda ürünler belirli düzen veya kurallara göre raflara dizilerek müsterilere satisa sunulmaktadirlar. Süpermarketler gibi çok fazla çesit ve sayida ürün satisi gerçeklestirilen magazalarda ürünler raflara planogram adi verilen bir plan çerçevesinde belirli kurallara göre yerlestirilmekte ve müsterilerin dikkatinin çekilmesi ve aranilan ürünün kolaylikla bulunmasi amaçlanmaktadir. Mevcutta magazalar için, içerisinde yer alacak objelerin (raf, dolap, soguk dolap, teshir alani, degerli satis alani, kasalar, ofis alanlari Vb) sayisini, yerini ve düzenini belirlemek amaciyla bir çizim programi (Autocad) kullanilmaktadir. Çizim programi ile magaza alani içerisine objelerin yerlestirilmesi saglanir ve magazanin yerlesimi bu plana göre olusturulur. Magaza yerlesim plani olusturulduktan sonra, projede yer alan objeler ve ürün portföyü dikkate alinarak, satisa sunulacak ürünlerin raflara yerlestirilmesi için farkli bir platformda planogram adi verilen raf yerlesim planlamasi yapilir. Teknigin bilinen durumunda magaza yerlesim plani ve planogram plani, kullanici grubu ve amaçlarindaki farkliliklar nedeniyle, piyasada farkli uygulamalar üzerinden olusturulmaktadir. Iki farkli platformda olusturulan, magaza yerlesim plani ve planogram planlari arasinda obje-planogram bazli olarak eslesme saglamak mümkün olmadigindan ve ürünler objeler ile adreslenemediginden ürün grubu bazli olarak yerlesim plani üzerine bir yetkili tarafindan bilgilerin elle girisi yapilarak görsel olarak objelere atanan planogramda yer alan ürün kategori bilgisi gösterilmekte olup bu bilgi islenebilir ve kullanilabilir formatta degildir. Söz konusu magaza yerlesim plani ve planogram planlarinin birlestirilmesi isleminin manuel olarak gerçeklestirilmesi magaza yerlesiminde, ürünün adreslenmesinin direkt takip edilememesi, planogram planlari sürekli güncellenen planlar oldugundan magaza-planogram güncelliginin çizim üzerinde saglanamamasi ve insan hatasina açik olmasi nedeniyle magazalar açisindan negatif bir etki yaratmaktadir. Bu sebeple mevcut teknikte bulunan çalismalar ve eksiklikler göz önünde bulunduruldugunda, magaza yerlesim plani ve planogram planinin gerçeklestirildigi uygulamalarin birbirine entegre edilerek söz konusu verilerin birlestirilmesini, obje-planogram iliskisinin bir çizimdeki görsel yapidan çikarilarak islenebilir bir veriye dönüstürülmesini ve entegrasyon sürecinde yer alan tüm adimlarda, insan müdahalesi ihtiyaci olmaksizin otomatize bir yapi olusturulmasi ile operasyonel islemlerin azaltilmasiyla birlikte, insan hatasinin ve veri güncelliginin saglanmasiyla ilgili yönetim ihtiyacinin ortadan kaldirilmasini saglayan bir sisteme ihtiyaç duyuldugu anlasilmaktadir. patent dokümaninda, bir görüntü ve bir planogram eslestirilmesini, verilerden bir ürünün analiz edilmesini, çikarilmasini ve bu veriler ile ürünün hizalama farkliliklarini belirlemek için bir planogramla karsilastirilmasini saglayan bir sistemden bahsedilmektedir. Söz konusu bulustaki sistemde görüntünün yakalanmasi, bir ürünü tanimlamak için bir simgesel tanimlayiciya dayali olarak görüntünün islenmesi, bir planogramin alinmasi, dogrusal bir gruplamaya dayali olarak planogramin bir bölgesinin belirlenmesi, ürün ile planogram bölgesinde yer alan bir numune ürün arasinda geometrik olarak tutarli bir eslesmenin belirlenmesi ve planogramin bölgesi ile görüntünün karsilik gelen bölgesi arasinda bir hizalamanin saglanmasi içerilmektedir. Bir görüntü tanima uygulamasi görüntüyü alarak görüntüden çok sayida nesneyi belirlemektedir. Görüntü tanima uygulamasi bir veri tabaninda eslesen bir nesne kesfetmeden görüntüden indekslenmemis bir nesneyi belirleyebilir. Görüntü tanima uygulamasi, bir defada veya zamanla toplanan çok sayida nesnenin bilgilerini içeren bir veri akisi üretmektedir. Veri akisi her hafta bir ürünün fiyatlarini içerebilmektedir. Görüntü tanima uygulamasi bir görüntü ile bir planogram arasinda bir eslestirme gerçeklestirmektedir. Görüntü tanima uygulamasi, planogrami veya planogramin bir kismini görüntü veya görüntünün bir kismi ile hizalayarak eslestirebilmektedir. Görüntü tanima uygulamasi, planogram içindeki beklenen ürünleri ve görüntüde karsilik gelen ürünlerin nerede olmasi gerektigini belirlemektedir. Görüntü isleme modülü, alinan bir veya daha fazla görüntüden öznitelikleri çikarmakta ve çikarilan öznitelikleri, tanima için veri tabaninda depolanan özniteliklerle eslestirmektedir. Görüntü isleme modülü, saklanan özelliklerle eslesen bir veya daha fazla alinan görüntüdeki çok sayida nesneyi tanimlamaktadir. Siniflandirma modülü, veri akisindan eksik ürünlerin konum verilerini (örnegin, görüntüdeki eksik ürünlerin X y koordinatlari) çikarmakta ve çikarilan verileri normal stok yok durumuyla iliskilendirmektedir. Diger düzenlemelerde, siniflandirma modülü bir perakendeci magazasindan alinan görüntüyü, perakendeci magazasinda nerede ve hangi miktarda ürünlerin bulunmasi gerektigini açiklayan planogramin bir görüntüsü ile karsilastirmakta ve diger ürünleri tanimlayarak gizli bir stok disi durumunu belirlemektedir. Bulusun Kisa Açiklamasi Bu bulusun amaci, farkli ortamlarda olusturulan magaza yerlesim plani ve ürün dizilimi plani (planogram) iliskisinin tek bir uygulama üzerinde birlestirilerek söz konusu bilginin istenilen bir ara katmana otomatik olarak alinmasini ve daha sonra ilgili verinin belirlenen bir veri tabanina kaydedilmesini saglayan bir sistem gerçeklestirmektir. Bu bulusun baska bir amaci, magaza-raf planogram verilerinin otomatik olarak magaza yerlesim planlarinin olusturuldugu çizim programina aktarilarak magaza yerlesim planindaki objelerin alinan planogramlarla eslestirilmesini ve söz konusu eslestirmelerin çizim üzerinde gösterilmesini saglayan bir sistem gerçeklestirmektir. Bu bulusun baska bir amaci, çizim üzerinde gösterilen obje-planogram iliskisini içeren verinin belirlenen bir dosya konumunda olusturulan veri tabanina otomatik olarak aktarilmasini ve planogram planinin olusturuldugu programin veri tabani ve obje-planogram iliskisi alinarak olusturulan veri tabani arasinda planogram kimlik numarasi üzerinden bir eslestirme çalismasi yapilarak detayli rapor olusturulmasini saglayan bir sistem gerçeklestirmektir. Bulusun Ayrintili Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen "Magazalar Için Yerlesim Plani ve Planogram Iliskisinin Birlestirilmesini Saglayan Bir Sistem" ekli sekilde gösterilmis olup, bu sekil; Sekil 1 Bulus konusu sistemin sematik görünüsüdür. Sekilde yer alan parçalar tek tek numaralandirilmis olup, bu numaralarin karsiliklari asagida verilmistir: 1. Sistem 2. Elektronik cihaz 3. Çizim uygulamasi 4. Planogram uygulamasi . Veri tabani 6. Sunucu Farkli ortamlarda olusturulan magaza yerlesim plani ve planogram iliskisinin birlestirilerek söz konusu bilginin istenilen bir ara katmana otomatik olarak kaydedilmesini ve daha sonra ilgili verinin raporlanmasini saglamak amaciyla gelistirilen bulus konusu sistem (1); -herhangi bir uzak iletisim protokolünü kullanarak veri alisverisi gerçeklestirmek ve üzerinde en azindan bir uygulama yürütmek üzere yapilandirilan en az bir elektronik cihaz (2), -elektronik cihaz (2) üzerinde yürütülen, en azindan magaza içerisinde yer alacak objelerin sayisinin, yerinin ve düzeninin görsel olarak ifade edilmesini, objelerin türleri ve planogram obj e-planogram eslestirmesinin yapilmasini ve yapilan obje- planogram eslestirmesi sonucunda ortaya çikan iliskinin bir çizim üzerinde ifade edilmesini saglamak üzere yapilandirilan en az bir çizim uygulamasi (3), -elektronik cihaz (2) üzerinde yürütülen, en azindan satisa sunulacak ürünlerin magaza raIlarina yerlestirilmesi için uygun raf yerlesim planinin (planogram) olusturulmasini saglamak üzere yapilandirilan en az bir planogram uygulamasi (4), -içerisinde planogram verilerini ve obje-planogram iliski verilerini ayirt edici bir tekil kimlik bilgisi ile iliskilendirilmis bir sekilde kayit altinda tutmak üzere yapilandirilan en az bir veri tabani (5) ve -herhangi bir uzak iletisim protokolünü kullanarak elektronik cihaz (2) ile iletisim kurmak ve kurulan bu iletisim üzerinden elektronik cihaz (2) üzerinde yürütülen çizim uygulamasi (3) ve planogram uygulamasi (4) ile veri alisverisi gerçeklestirmek, veri tabanini (5) yönetmek, belirli periyotlarla tetiklenerek planogram uygulamasi (4) üzerinde olusturulan planogram verilerini alarak çizim uygulamasina (3) aktarmak, çizim uygulamasi (3) üzerinde olusturulan obje- planogram iliskisi verisini alarak veri tabanina (5) kaydetmek, planogram uygulamasi (4) üzerindeki veri tabani ve veri tabani (5) arasinda obje-planogram iliskisi için planogram kimlik numarasi üzerinden bir eslestirme yaparak planogram ve obje iliskisine iliskin magazada yer alan obje, objenin magazadaki koordinatlari, objenin üzerinde yer alan ürün ve dolayisiyla ürünün magazadaki konumu bilgilerini içeren bir rapor olusturmak ve veri tabanina (5) kaydetmek üzere yapilandirilan en az bir sunucu (6) içermektedir. Bulus konusu sistemde (1) yer alan elektronik cihaz (2), üzerinde en az bir uygulama (3) yürütmek üzere yapilandirilan akilli telefon, tablet bilgisayar, masa üstü bilgisayar veya tasinabilir bilgisayar seklinde bir cihazdir. Söz konusu elektronik cihaz (2) ses çikisini saglayan hoparlörlere, görüntü alma yetenegine sahip en az bir kameraya ve tus veya dokunmatik ekran seklindeki bir girdi birimine sahiptir. Elektronik cihaz (2), teknigin bilinen durumunda yer alan herhangi bir uzak iletisim protokolünü kullanarak sunucu (6) ile baglanti kurmak ve kurulan bu baglanti üzerinden çizim uygulamasi (3) ve planogram uygulamasi (4) ile sunucu (6) arasinda veri alisverisi gerçeklesmesini saglamak üzere yapilandirilmaktadir. Bulusun tercih edilen uygulamasinda elektronik cihaz (2), sunucu (6) ile Internet seklinde bir veri yolu kullanarak veri alisverisi gerçeklestirmek üzere yapilandirilmaktadir. Bulus konusu sistemde (1) yer alan çizim uygulamasi (3), elektronik cihaz (2) üzerinde yürütülmekte olup en azindan kullanicilarin var olan sablonlardan seçim yaparak ve/veya manuel olarak çizim yapabilmelerine imkân saglamak üzere yapilandirilmaktadir. Söz konusu çizim uygulamasi (3) kullanicilarin çizimlerle, magaza içerisinde yer alacak olan raf, dolap, soguk dolap, teshir alani, degerli satis alani, kasalar, ofis alanlari seklindeki objelerin sayisini, yerini ve düzenini görsel olarak ifade edebilmelerini saglamak üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde çizim uygulamasi (3) üzerinde planogram bilgilerine erisimi ve söz konusu planogram verileri üzerinde islem yapilmasini saglayan en az bir uygulama gelistirme programi yürütmek üzere yapilandirilmaktadir. Çizim uygulamasi (3), üzerinde yürütülen uygulama gelistirme programi vasitasi ile magaza yerlesim planinda yer alan objelerle planogram uygulamasindan (4) elde edilen planogramlarin eslestirilmesini saglamak üzere yapilandirilmaktadir. Çizim uygulamasi (3) planogramlarin magaza yerlesim planinda yer alan objelerle eslestirirken objelerin farkliliklarini ve planogram planlarinin farkliliklarini göz önünde bulundurarak bir obj eye bir planogram eslesmesi, bir obj eye birden fazla planogram eslesmesi ve birden fazla objeye bir planogram eslesmesi seklindeki senaryolardan seçim yapmak üzere yapilandirilmaktadir. Çizim uygulamasi (3), üzerinde yürütülen uygulama gelistirme programi vasitasi ile muhtemel eslesme senaryolarindan herhangi birini dogrultusunda planogram verilerini mevcutta yer alan objelerin yer aldigi listeden seçim yaparak var olan objelerle eslestirmek üzere yapilandirilmaktadir. Çizim uygulamasi (3), eslestirilen obje ve planogram verisini magaza yerlesim plani görseli/çizimi üzerinde göstermek üzere yapilandirilmaktadir. Söz konusu çizim uygulamasi (3) obje-planogram iliskisini magaza yerlesim plani görseli üzerinde gösterirken planogram plani adinin görüntülenmesine imkân saglayacak sekilde uyarlanan en az bir arayüz saglamak üzere yapilandirilmaktadir. Çizim uygulamasi (3), üzerinde yürütülen uygulama gelistirme programi vasitasi ile gerçeklestirilen her obje-planogram eslestirmesi için ayirt edici bir kimlik numarasi belirlemek ve bir tablo üzerine islenmis sekilde kayit altina almak üzere yapilandirilmaktadir. Çizim uygulamasi (3), muhtemel eslesme senaryolarindan bir objeye bir planogram eklenmesi senaryosu ile gerçeklestirilen eslestirmeleri kayit altina alirken tablo üzerinde obje satirina planogram bilgisini ekleyerek kayit altina almak üzere yapilandirilmaktadir. Çizim uygulamasi (3), muhtemel eslesme senaryolarindan bir objeye birden fazla planogram senaryosu ile gerçeklestirilen eslestirmelerde eslesmeleri kayit alina alirken tablo üzerinde obje satirina kaç tane planogram kimlik numarasi (PLN_ID, PLN_ID2, PLN_ID3) var ise, ilgili objeye kaç tane planogram atandigi bilgisini göstermek üzere yapilandirilmaktadir. Çizim uygulamasi (3), muhtemel eslesme senaryolarindan birden fazla objeye bir planogram eklenmesi senaryosu ile gerçeklestirilen eslestirmelerde eslesmeleri kayit alina alirken tabloya yeni bir degiskenle sütun eklemek ve her bir obje için ilgili degiskeni belirleyerek tablo üzerinde yeni eklenen degisken bilgisi ayni olan satirlardaki objeleri gruplanmis tek bir obje olarak kabul ederek planogram atamak üzere yapilandirilmaktadir. Bulus konusu sistemde (1) yer alan planogram uygulamasi (4), elektronik cihaz (2) üzerinde yürütülmekte olup en azindan kullanicilarin ürün raf yerlesim plani (planogram) olusturabilmelerini saglamak üzere yapilandirilmaktadir. Söz konusu planogram uygulamasi (4) içerisinde magaza kodu, planogram kodu, planogram adi, mal numarasi, mal adi, önyüz sayisi seklindeki verileri kayit altinda tutmak üzere yapilandirilmaktadir. Bulus konusu sistemde (1) yer alan veri tabani (5) sunucu (6) ile iletisim halinde olup sunucu (6) tarafindan yönetilmek üzere yapilandirilmaktadir. Söz konusu veri tabani (5) içerisinde planogram uygulamasindan (4) elde edilen planogram verilerini kayit altinda tutmak üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde veri tabani (5) içerisinde çizim uygulamasi (3) tarafindan olusturulan obje-planogram iliskisine iliskin magaza içerisindeki obje bilgileri, objenin koordinatlari ve objeye atanmis planogram kimlik numarasi seklindeki verileri kayit altinda tutmak üzere yapilandirilmaktadir. Bulus konusu sistemde (1) yer alan sunucu (6), teknigin bilinen durumunda yer alan herhangi bir uzak iletisim protokolünü kullanarak elektronik cihaz (2) ile iletisim kurmak ve kurulan bu iletisim üzerinden elektronik cihaz (2) üzerinde yürütülen çizim uygulamasi (3) ve planogram uygulamasi (4) ile veri alisverisi gerçeklestirmek üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde sunucu (6), elektronik cihaz (2) ile Internet seklindeki bir veri sebekesi üzerinden iletisim kurmak üzere yapilandirilmaktadir. Sunucu (6), veri tabani (5) içerisine yeni veri kaydi yapilmasi, veri tabani (5 ) içerisindeki kayitli verilerin silinmesi, veri tabani (5) içerisindeki kayitli verilerin degistirilmesi ve veri tabani (5) içerisindeki kayitli verilerin güncellenmesi seklindeki islemlerle veri tabanini (5) yönetmek üzere yapilandirilmaktadir. Sunucu (6), elektronik cihaz (2) ile kurulan iletisim üzerinden planogram uygulamasindan (4) magazaya iliskin planogram verilerini almak ve çizim uygulamasina (3) aktarmak üzere yapilandirilmaktadir. Bulusun tercih edilen düzenlemesinde sunucu (6) alinan planogram verilerini bir tablo seklinde çizim uygulamasina (4) aktarmak üzere yapilandirilmaktadir. Sunucu (6), çizim uygulamasi (4) üzerinde olusturulan obje-planogram iliskisi verilerini söz konusu verilerin kullanilabilir ve raporlanabilir olmasi için belirli periyotlarla otomatik olarak tetiklenerek obje-planogram iliskisini içeren verileri çizim uygulamasindan (4) almak ve veri tabanina (5) kaydetmek üzere yapilandirilmaktadir. Sunucu (6), çizim uygulamasindan (4) alinan obj e-planogram iliskisine ait veri içerisindeki magaza içerisindeki obje bilgilerini, objenin koordinatlarini ve objeye atanmis planogram kimlik numarasi seklindeki verileri kayit altina almak üzere yapilandirilmaktadir. Sunucu (6), planogram uygulamasi (4) üzerinde kayitli olan magaza kodu, planogram kodu, planogram adi, mal numarasi, mal adi, önyüz sayisi seklindeki verilerle veri tabanina (5) kaydedilen obje-planogram iliskisi verileri arasinda planogram kimlik numarasi üzerinden bir eslestirme yapmak ve rapor olusturmak üzere yapilandirilmaktadir. Sunucu (6) olusturulan raporu veri tabanina (5) kaydetmek üzere yapilandirilmaktadir. Bulusun sanayiye uygulanmasi Bulus konusu sistemde (l), planogram uygulamasi (4) üzerinde olusturulmus planogram verileri ve çizim uygulamasi (3) üzerinde olusturulan yerlesim düzeni verileri entegre edilerek obje ürün iliskisinin olusturulmasi ve böylece planogramlarda gerçeklestirilen tüm güncellemelerin magaza yerlesim planina uyarlanmasi saglanmaktadir. Bu temel kavramlar etrafinda, bulus konusu "Magazalar Için Yerlesim Plani ve Planogram Iliskisinin Birlestirilmesini Saglayan Bir Sistem (1)" ile ilgili çok çesitli uygulamalarin gelistirilmesi mümkün olup, bulus burada açiklanan örneklerle sinirlandirilamaz, esas olarak istemlerde belirtildigi gibidir. TR TR TR TR DESCRIPTION A SYSTEM THAT ALLOWS COMBINATION OF LAYOUT PLAN AND PLANOGRAM RELATIONSHIP FOR STORES Technical Field This invention relates to a system that enables the store layout plan and product arrangement plan (planogram) relationship created in different environments to be combined on a single application and the information in question to be automatically taken to a desired intermediate layer and then the relevant data to be recorded in a determined database. Previous Art In stores where products are sold, products are arranged on the shelves according to certain orders or rules and offered for sale to customers. In stores where a large variety and number of products are sold, such as supermarkets, products are placed on the shelves according to certain rules within the framework of a plan called planogram and it is aimed to attract the attention of customers and to easily find the product they are looking for. Currently, a drawing program (AutoCAD) is used to determine the number, location and order of objects (shelves, cabinets, cold cabinets, display areas, valuable sales areas, safes, office areas, etc.) to be included in stores. The drawing program ensures that objects are placed within the store area and the store's layout is created according to this plan. After the store layout plan is created, a shelf layout plan called planogram is made on a different platform to place the products to be offered for sale on the shelves, taking into account the objects and product portfolio in the project. In the known state of the art, the store layout plan and planogram plan are created through different applications in the market due to differences in user groups and purposes. Since it is not possible to match the store layout plan and planogram plans created on two different platforms based on object-planogram and since products cannot be addressed with objects, the product category information in the planogram is displayed by manually entering the information on the layout plan based on product groups by an authorized person and visually assigning it to the objects, and this information is not in a processable and usable format. Manually performing the process of combining the store layout plan and planogram plans in question creates a negative effect on stores due to the fact that the addressing of the product cannot be directly followed in the store layout, since planogram plans are constantly updated plans, the store-planogram up-to-dateness cannot be provided on the drawing and it is open to human error. For this reason, when the studies and deficiencies in the current technique are taken into consideration, it is understood that there is a need for a system that enables the integration of the applications where the store layout plan and the planogram plan are realized, the merging of the data in question, the transformation of the object-planogram relationship from the visual structure in a drawing into a processable data, and the reduction of operational processes by creating an automated structure without the need for human intervention in all steps of the integration process, and the elimination of human error and the need for management regarding data up-to-dateness. The patent document mentions a system that enables matching an image and a planogram, analyzing and extracting a product from the data, and comparing this data with a planogram to determine alignment differences between the product. The system of the present invention includes capturing an image, processing the image based on a symbolic identifier to identify a product, capturing a planogram, determining a region of the planogram based on a linear clustering, determining a geometrically consistent match between the product and a sample product located in the planogram region, and providing an alignment between the region of the planogram and the corresponding region of the image. An image recognition application identifies a plurality of objects from the image by capturing the image. The image recognition application may identify an unindexed object from the image without discovering a matching object in a database. The image recognition application generates a data stream containing information about a plurality of objects collected at one time or over time. The data stream may include prices for a product each week. The image recognition application performs a match between an image and a planogram. The image recognition application can match the planogram or a part of the planogram by aligning it with the image or part of the image. The image recognition application determines the expected products in the planogram and where the corresponding products should be in the image. The image processing module extracts features from one or more captured images and matches the extracted features with the features stored in the database for recognition. The image processing module identifies a large number of objects in one or more captured images that match the stored features. The classification module extracts the location data of the missing products from the data stream (e.g., the X-Y coordinates of the missing products in the image) and associates the extracted data with the normal out-of-stock status. In other embodiments, the classification module compares an image taken from a retailer's store with an image of a planogram describing where and in what quantity products should be available in the retailer's store and identifies other products and determines a latent out-of-stock status. Brief Description of the Invention The purpose of the invention is to implement a system that combines the relationship of a store layout plan and a product lineup plan (planogram) created in different environments into a single application, automatically capturing said information into a desired intermediate layer and then recording the relevant data into a designated database. Another purpose of this invention is to realize a system that automatically transfers store-shelf planogram data to the drawing program that creates store layout plans and matches objects in the store layout plan with the received planograms and shows these matches on the drawing. Another purpose of this invention is to realize a system that automatically transfers the data containing the object-planogram relationship shown on the drawing to the database created in a specified file location and creates a detailed report by performing a matching study between the database of the program that created the planogram plan and the database created by taking the object-planogram relationship, via the planogram identification number. Detailed Description of the Invention "A System that Provides Combination of the Layout Plan and Planogram Relationship for Stores" implemented to achieve the purpose of this invention is shown in the attached figure, which is as follows; Figure 1 is the schematic view of the system that is the subject of the invention. The parts in the figure are numbered one by one, and the correspondences of these numbers are given below: 1. System 2. Electronic device 3. Drawing application 4. Planogram application. Database 6. Server The system that is the subject of the invention, which was developed to combine the store layout plan and planogram relationship created in different environments and to automatically record the said information in a desired intermediate layer and then to report the relevant data (1); - at least one electronic device (2) configured to perform data exchange using any remote communication protocol and to run at least one application on it, - at least one drawing application (3) executed on the electronic device (2) configured to provide visual representation of at least the number, location and order of objects to be placed in the store, to perform planogram object-e-planogram matching of types of objects and to express the relationship resulting from the object-planogram matching on a drawing, - at least one planogram application (4) executed on the electronic device (2) configured to provide creation of a suitable shelf layout plan (planogram) for placing the products to be offered for sale on the store shelves, - at least one planogram application (5) configured to provide a distinctive single point for the planogram data and the object-planogram relationship data, at least one database (5) configured to keep records associated with the identity information and - to communicate with the electronic device (2) using any remote communication protocol and to perform data exchange with the drawing application (3) and planogram application (4) running on the electronic device (2) through this communication, to manage the database (5), to receive the planogram data created on the planogram application (4) by being triggered at certain periods and to transfer it to the drawing application (3), to receive the object-planogram relationship data created on the drawing application (3) and to record it in the database (5), to make a match between the database on the planogram application (4) and the database (5) for the object-planogram relationship over the planogram identity number and to obtain the object in the store related to the planogram and object relationship, the coordinates of the object in the store, the object's location, It contains at least one server (6) configured to create a report containing information about the product on it and therefore the location of the product in the store and to record it in the database (5). The electronic device (2) in the system (1) in question is a device in the form of a smart phone, tablet computer, desktop computer or portable computer configured to run at least one application (3) on it. The electronic device (2) in question has speakers that provide sound output, at least one camera capable of capturing images and an input unit in the form of a button or touch screen. The electronic device (2) is configured to establish a connection with the server (6) using any remote communication protocol in the known state of the art and to ensure that data is exchanged between the drawing application (3) and the planogram application (4) and the server (6) through this established connection. In the preferred embodiment of the invention, the electronic device (2) is configured to perform data exchange with the server (6) using a data path in the form of the Internet. The drawing application (3) in the system (1) in question is run on the electronic device (2) and is configured to at least allow users to make drawings by selecting from existing templates and/or manually. The said drawing application (3) is configured to allow users to visually express the number, location and order of objects in the form of shelves, cabinets, cold cabinets, display areas, valuable sales areas, cash registers and office areas to be located in the store with drawings. In the preferred embodiment of the invention, the drawing application (3) is configured to run at least one application development program that provides access to planogram information and processing of said planogram data. The drawing application (3) is configured to match planograms obtained from the planogram application (4) with objects in the store layout plan by means of the application development program running on it. The drawing application (3) is configured to match planograms with objects in the store layout plan by taking into account the differences of the objects and the differences of the planogram plans and to select from the scenarios of matching one planogram to one object, matching multiple planograms to one object and matching multiple planograms to multiple objects. The drawing application (3) is configured to match planogram data with existing objects by selecting from the list of existing objects according to any of the possible matching scenarios by means of the application development program running on it. The drawing application (3) is configured to display the matched object and planogram data on the store layout plan visual/drawing. The drawing application (3) is configured to provide at least one interface adapted to display the object-planogram relationship on the store layout plan visual while allowing the name of the planogram plan to be displayed. The drawing application (3) is configured to determine a distinctive identification number for each object-planogram match performed by means of the application development program executed on it and to record it in a table. The drawing application (3) is configured to record the matches performed with the scenario of adding a planogram to an object from among the possible match scenarios and to record them by adding the planogram information to the object row on the table. The drawing application (3) is configured to show information on how many planogram identification numbers (PLN_ID, PLN_ID2, PLN_ID3) are present in the object row on the table and how many planograms are assigned to the relevant object while recording the matches in the matches performed with the scenario of adding a planogram to more than one object among the possible matching scenarios. The drawing application (3) is configured to add a column with a new variable to the table and assign a planogram by determining the relevant variable for each object and accepting the objects in the rows with the same variable information as a single grouped object on the table. The planogram application (4) in the system (1) of the invention is run on the electronic device (2) and is configured to at least enable users to create a product shelf layout plan (planogram). The planogram application (4) in question is configured to record data such as store code, planogram code, planogram name, product number, product name, front face number. The database (5) in the system (1) of the invention is in communication with the server (6) and is configured to be managed by the server (6). The database (5) in question is configured to record the planogram data obtained from the planogram application (4). In the preferred embodiment of the invention, the database (5) is configured to record the object information in the store, the coordinates of the object and the planogram identification number assigned to the object related to the object-planogram relationship created by the drawing application (3). The server (6) in the system (1) is configured to communicate with the electronic device (2) using any remote communication protocol in the known state of the art and to perform data exchange with the drawing application (3) and the planogram application (4) running on the electronic device (2) through this communication. In the preferred embodiment of the invention, the server (6) is configured to communicate with the electronic device (2) over a data network in the form of the Internet. The server (6) is configured to manage the database (5) by performing operations such as recording new data in the database (5), deleting the data recorded in the database (5), changing the data recorded in the database (5) and updating the data recorded in the database (5). The server (6) is configured to receive planogram data related to the store from the planogram application (4) via communication established with the electronic device (2) and transfer it to the drawing application (3). In the preferred embodiment of the invention, the server (6) is configured to transfer the received planogram data to the drawing application (4) in the form of a table. The server (6) is configured to automatically trigger the object-planogram relationship data created on the drawing application (4) at certain intervals in order to make the said data usable and reportable, and to receive the data containing the object-planogram relationship from the drawing application (4) and record it in the database (5). The server (6) is configured to record the object information in the store within the data related to the object e-planogram relationship received from the drawing application (4), the coordinates of the object and the planogram identification number assigned to the object. The server (6) is configured to match the data recorded on the planogram application (4) such as store code, planogram code, planogram name, product number, product name, front face number with the object-planogram relationship data recorded on the database (5) via the planogram identification number and to create a report. The server (6) is configured to save the created report on the database (5). Application of the invention to industry In the system (l) in question, the planogram data created on the planogram application (4) and the layout data created on the drawing application (3) are integrated to create the object-product relationship and thus, all updates made on the planograms are adapted to the store layout plan. Around these basic concepts, it is possible to develop a wide variety of applications related to the subject of the invention "A System that Provides Combination of Layout Plan and Planogram Relationship for Stores (1)", and the invention cannot be limited to the examples explained here, it is essentially as stated in the claims.TR TR TR TR

Claims

1.SYSTEMS. It provides the automatic recording of the information in question to a desired intermediate layer by combining the store layout plan and planogram relationship created in different environments and then reporting the relevant data; - at least one electronic device (2) configured to exchange data using any remote communication protocol and to run at least one application on it, - at least one drawing application (3) executed on the electronic device (2) configured to provide visual representation of at least the number, location and arrangement of objects to be placed in the store, - at least one planogram application (4) executed on the electronic device (2) configured to provide creation of a suitable shelf layout plan for placing products to be offered for sale on store shelves, and - containing at least one database (5) configured to record planogram data and object-planogram relationship data in a manner associated with a distinctive unique identification information, and - types of objects and planogram object-planogram matching at least one drawing application (3) configured to ensure that the relationship resulting from the object-planogram matching is expressed on a drawing, and - to communicate with the electronic device (2) using any remote communication protocol, and to perform data exchange with the drawing application (3) and the planogram application (4) running on the electronic device (2) through this communication, to manage the database (5), to receive the planogram data created on the planogram application (4) by being triggered at certain periods and to transfer it to the drawing application (3), to receive the object-planogram relationship data created on the drawing application (3) and to save it to the database (5), to perform a match between the database on the planogram application (4) and the database (5) over the planogram identification number for the object-planogram relationship and to obtain the information in the store regarding the planogram and object relationship. A system (1) characterized by at least one server (6) configured to create a report containing information about the object, the coordinates of the object in the store, the product located on the object and therefore the location of the product in the store and to record it in the database (5). A system (1) as in claim 1, characterized by an electronic device (2) which is a device in the form of a smart phone, tablet computer, desktop computer or portable computer configured to run at least one application (3) thereon. A system (1) as in claim 1 or 2, characterized by an electronic device (2) having speakers providing sound output, at least one camera capable of capturing images and an input unit in the form of a button or touch screen. A system (1) as in any of the above claims, characterized by an electronic device (2) configured to establish a connection with the server (6) using any remote communication protocol and to provide data exchange between the drawing application (3), the planogram application (4) and the server (6) over this established connection. A system (1) as in claim 4, characterized by an electronic device (2) configured to perform data exchange with the server (6) using a data path in the form of the Internet. A system (1) as in any of the above claims, characterized by a drawing application (3) executed on the electronic device (2), configured to at least allow users to draw by selecting from existing templates and/or manually. A system (1) as in any of the above claims, characterized by a drawing application (3) configured to enable users to visually express the number, location and order of objects in the form of shelves, cabinets, cold cabinets, display areas, valuable sales areas, safes, office areas to be located within the store, with drawings. A system (1) as in any of the above claims, characterized by a drawing application (3) configured to execute at least one application development program that provides access to planogram information and processing of said planogram data. Any of the above claims, characterized by a drawing application (3) configured to match planograms obtained from the planogram application (4) with objects located in the store layout plan by means of the application development program executed thereon. Any of the above claims, characterized by a drawing application (3) configured to match planograms with objects located in the store layout plan by taking into account the differences of the objects and the differences of the planogram plans, and to select from scenarios such as matching a planogram to an object, matching multiple planograms to an object and matching a planogram to multiple objects. Any of the above claims, characterized by a drawing application (3) configured to match planogram data with existing objects by means of the application development program executed thereon, in accordance with any of the possible matching scenarios, by means of the application development program executed thereon. A system as in any of the above claims, characterised by a drawing application (3) configured to display the matched object and planogram data on the store layout plan visual/drawing. A system as in any of the above claims, characterised by a drawing application (3) configured to provide at least one interface adapted to display the object-planogram relationship on the store layout plan visual, while allowing the planogram plan name to be displayed. A system as in any of the above claims, characterised by a drawing application (3) configured to determine a distinctive identification number for each object-planogram match performed by means of the application development program executed thereon and to record it in a processed form on a table. A system (1) as in any one of the above claims, characterized by the drawing application (3) configured to record the matches performed with the scenario of adding a planogram to an object among the possible matching scenarios by adding the planogram information to the object row on the table. A system (1) as in any one of the above claims, characterized by the drawing application (3) configured to display the information of how many planogram identification numbers are assigned to the relevant object in the object row on the table while recording the matches performed with more than one planogram scenario to an object among the possible matching scenarios. A system (1) as in any of the above claims, characterized by a drawing application (3) configured to add a column with a new variable to the table while recording the matches in the scenario of adding a planogram to more than one object and assigning a planogram by accepting the objects in the rows with the same newly added variable information on the table as a single grouped object by determining the relevant variable for each object. A system (1) as in any of the above claims, characterized by a planogram application (4) configured to enable users to create a product shelf layout plan, at least by executing on the electronic device (2). A system (1) as in any of the above claims, characterized by a planogram application (4) configured to record data such as store code, planogram code, planogram name, product number, product name, front face number. A system (1) as in any of the above claims, characterized by a database (5) configured to communicate with the server (6) and to be managed by the server (6). A system (1) as in any of the above claims, characterized by a database (5) configured to record planogram data obtained from the planogram application (4). A system (1) as in any of the above claims, characterized by a database (5) configured to record data such as object information in the store, coordinates of the object and planogram identification number assigned to the object related to the object-planogram relationship created by the drawing application (3). A system (1) as in any of the above claims, characterized by a server (6) configured to communicate with the electronic device (2) using any remote communication protocol and to exchange data with the drawing application (3) and the planogram application (4) executed on the electronic device (2) via this communication. A system (1) as in claim 23, characterized by a server (6) configured to communicate with the electronic device (2) via a data network in the form of the Internet. A system (1) as in any of the above claims, characterized by a server (6) configured to manage the database (4) by operations such as recording new data in the database (5), deleting the recorded data in the database (5), changing the recorded data in the database (5) and updating the recorded data in the database (5). A system (1) as in any of the above claims, characterized by a server (6) configured to receive the planogram data related to the store from the planogram application (4) via communication established with the electronic device (2) and transfer it to the drawing application (3). A system (1) as in any of the above claims, characterized by a server (6) configured to transfer the received planogram data to the drawing application (4) in the form of a table. A system (1) as in any of the above claims, characterized by a server (6) configured to receive the data containing the object-planogram relationship created on the drawing application (4) from the drawing application (4) by triggering it automatically at certain periods in order to make the said data usable and reportable, and to record it in the database (5). A system (1) as in any of the above claims, characterized by a server (6) configured to record the object information in the store, the coordinates of the object and the planogram identification number assigned to the object in the data belonging to the object-planogram relationship received from the drawing application (4). A system (1) as in any of the above claims, characterized by a server (6) configured to match the data recorded on the planogram application (4) such as the store code, planogram code, planogram name, product number, product name, front face number, and the object-planogram relationship data recorded in the database (5) via the planogram identification number and to generate a report. A system (1) as in any of the above claims, characterized by a server (6) configured to save the generated report in the database (5). TR TR TR TR