84 results about "Brick and mortar" patented technology

A brick-and-mortar (BAM) store control system uses sensors and wireless transceivers to track customers, merchant representatives, devices, and / or objects within a BAM store area. The system can identify and track product and / or service inventory within the BAM store area and / or in individual's personal inventories, for instance by detecting movements of objects by individuals in sensor data. The system can generate inventory replenishment schedules, for instance based on inventory quantity patterns. The system can provide recommendations to customers and / or merchants, for example recommending products that customers have interacted with. The system can identify individuals and / or objects using a machine learning algorithm, which can learn based on feedback. The system can generate temporary identifiers for unrecognized individuals or objects, which it can merge or convert into long-term identifiers as more information is received. The system can recognize sensitive information based on secure identifiers generated based on the sensitive information.

The invention provides a refined decoration wall and floor tile arrangement construction method based on a BIM technology, and relates to the technical field of building construction. 2, field actual measurement: a technician arranges measuring points according to a CAD drawing profile after drawing review, and real data of a wall and ground entity is obtained; correcting the CAD drawing according to the real data of the wall and ground entity; 3, building a BIM model: importing the modified CAD drawing into Revit software, and building a parameterized BIM model in combination with the deviation analysis table; 4, BIM brick arrangement optimization is carried out, wherein wall and floor tile laying starting point optimization and multi-specialty cooperation optimization are carried out; 5, on-site problem feedback, wherein on-site entities are verified one by one according to the optimized BIM model, and the optimized BIM model is updated; 6, on-site precise construction is conducted, specifically, wall and floor tiles are laid according to the final-edition BIM model; and step 7, quality acceptance. According to the scheme, construction efficiency can be improved, material loss is reduced, and meanwhile engineering quality is improved.

The invention relates to a geographic position-based bulk building material upstream and downstream resource presentation management method and system. The method comprises the steps of obtaining resource data related to building material resources; determining entities and relationships for constructing a building material resource distribution map based on the resource data; based on the entity, the relation and the building material position information, building a building material resource distribution map; and presenting the building material resource distribution map in a visual mode. According to the method, the resource management efficiency of enterprises can be effectively improved, the transportation cost is reduced, the sales strategy is optimized, and cooperation and information circulation between upstream and downstream enterprises are enhanced through an intelligent distribution diagram and a resource query function. The resource information of each region can be displayed, diversified resources can be displayed in a cross-region and cross-industry mode, traditional industry and geographic position limitation is broken through, and meanwhile manual modification of a user is supported.

The invention relates to a lag management method based on a building material supply chain, and the method comprises the steps: collecting real-time logistics data through an Internet of Things sensor disposed at a transportation tool and a storage node, and the real-time logistics data comprises the position coordinates of the transportation tool and the storage staying time of building materials; a delay risk map is constructed, nodes of the delay risk map represent logistics entity attributes of a supply chain link, and a side relation comprises a historical delay probability, a real-time congestion coefficient and an associated party responsibility relation; based on the lagging risk map, calculating lagging risk values of all links of building material supply through a time sequence prediction model; and when the risk value exceeds a preset threshold value, generating a multi-stage early warning signal, and sending a prompt to a user according to the multi-stage early warning signal.

This disclosure is directed to systems and techniques for generating actionable metrics data based on sensor data generated from one or more sensors within an environment. For instance, a brick-and-mortar retail environment or other materials handling facility may include one or more sensors, such as overhead cameras, which generate image data as users interact with items in the environment. Machine-learning models and / or computer-vision algorithms may then analyze the resulting image data to identify the interactions between the users and the items. The system may then generate metrics data indicating varying metrics associated with these interactions, which may be used to generate graphical user interfaces (GUI) for presenting the metrics data to vendors, brand owners, and the like.

The invention discloses an intelligent integrated management system for building construction quality and safety, which relates to the technical field of industrial safety system services, and is characterized in that each batch of raw materials and each key component are endowed with a unique digital identity label, so that the unique digital identity label becomes a unique mapping which cannot be tampered by a physical entity in the digital world; in the subsequent circulation process, any data such as quality detection, construction operation, environmental parameters and personnel information are bound to the identifier through the Internet of Things equipment and the edge gateway, and the data packets with the digital identifier are submitted to a block chain consensus network jointly maintained by suppliers, construction, supervision, construction and the like for evidence storage. The distributed account book and consensus mechanism of the block chain ensures that the data submitted by any party can be permanently recorded only after being verified by other participating nodes, thereby ensuring the authenticity and integrity of all key quality records.

This invention discloses a method for calculating roof tile material usage and project cost based on BIM technology. The method includes: on-site measurement of all physical dimensions of the roof; adjusting the roof CAD drawings to match the on-site measurements; establishing a three-dimensional overall roof model using Revit software based on the adjusted CAD base map; modeling and refining the roof tile layout based on the three-dimensional overall model; confirming and adjusting the refined roof tile layout to a reasonable level; extracting quantities from the created roof tile model; converting the extracted quantities into area to obtain the final quantities; and calculating the roof tile material cost based on the unit price of the roof tiles and the converted final quantities. This invention solves the problem of excessive on-site roof tile accumulation and additional costs due to inaccurate material cutting in traditional roofing systems, effectively saving construction costs and achieving precise material cutting and controllable project management.

Systems and methods are described for dynamic and predictive pricing for ecommerce systems and brick-and-mortar retail businesses for a selected geographic location or territory. In one example, a system comprises a computing device that is configured to receive a request to display a network page of an item on a client device. The computing device is further configured to determine a geographic location of the client device and determine a price for the item using a machine learning model based at least in part on the geographic location. The network page is displayed on the client device to include the price of the item.

To enable appropriate provision of a funding service for funding against future store sales even when a business operator runs multiple businesses and / or supports multiple payment means.SOLUTION: A funding management device provided herein comprises: a reception unit for receiving a funding application from a business operator who runs different types of business entities and receives payments from customers using multiple payment means; a funding amount determination unit configured to determine a funding amount for each type of business entity run by the business operator or for each receivable arising from customer payment according to the payment means; and a presentation unit for presenting the determined funding amount for each type of business entity run by the business operator or for each receivable. Upon receipt of the funding application by the reception unit, the presentation unit presents a confirmation screen regarding the funding application, showing terms of use according to the types or receivables of business entities run by the business operator used for the computation of the funding amounts.SELECTED DRAWING: Figure 5

The invention belongs to the field of business method processing, determines a target network community hotspot object through an artificial intelligence technology and a corresponding algorithm model, and constructs a business district with an AI Mall core shop and a traditional entity common node shop within the range based on digital assets, a block chain technology and the obtained target network community hotspot object. Business district construction and passenger flow attraction are performed through a core shop taking AI Mall as a center, so that flow conversion from a market public domain to a business district private domain is realized, and the problems of difficulty in financing, high drainage cost, capital burning and the like of traditional small, medium and micro entity enterprises are solved. The invention provides a business district construction method and a corresponding entity business district by taking extraction and display of hot objects, uplink sharing of information data and a bridge taking digital asset real world assets as entity economy WEB3 as basic features. According to the method, the randomness and inaccuracy of dependence on human experience in the hot object and IP extraction process of the traditional joint activity are solved, the traditional form of single fighting and the loose membership state of the shop are abandoned through the systematic business district construction process, and the construction efficiency is improved on the basis of reaching the consensus. And a business entity alliance with close dependency relationship and maximum sharing of passenger flow and revenue is formed.

To enable appropriate provision of a funding service for funding against future store sales even when a business operator runs multiple businesses and / or supports multiple payment means.SOLUTION: A funding management device provided herein comprises: a reception unit for receiving a funding application from a business operator running different types of business entities; a usage history acquisition unit for acquiring a total amount paid by customers during a given period as a compensation to the business operator for running business entities; a funding amount determination unit configured to determine a funding amount for each type of business entity run by the business operator and determine the smaller of the total amount acquired by the usage history acquisition unit and a given upper limit amount to be a funding amount; and a presentation unit for presenting the determined funding amount for each type of business entity run by the business operator, where the upper limit amount is set for each business entity run by the business operator.SELECTED DRAWING: Figure 5

Systems and methods are provided for intelligent navigational routing to items utilizing network nodes and a plurality of sensor data. A telecommunications network can manage and track any nodes on the network including user equipment (UEs), base stations, and any other devices connected to the network (e.g., computers, laptops, tablets, store logistics systems, etc.). The present disclosure utilizes information from the network and external sources (e.g., store inventory) to track items in order to provide real-time navigational routing to locations (e.g., brick and mortar locations / stores) for item pickup / retrieval. The system can provide prompts to a user to remind them of an item to retrieve and can further communicate instructions for retrieval to autonomous systems (e.g., autonomous vehicles) such that the items can be retrieved without manual retrieval by a user.

1. Name of the designed product: building (2). 2. Use of the designed product: solid building for living. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

1. Name of the product in this design: Architectural Model (Cigarette Regional Logistics and Distribution Center). 2. Intended use of this design: for use in physical buildings. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The invention discloses an intelligent masonry method and system for coke oven refractory bricks, and aims to fundamentally improve the masonry quality of the coke oven refractory bricks. The intelligent building method comprises the following steps: building a BIM information model and a virtual building system of a to-be-built area of the coke oven; the entity building system selects refractory bricks from a physical world and supplies the refractory bricks to a shooting position of the 3D camera through a conveying belt; the 3D camera is in communication connection with the virtual masonry system; the 3D camera is used for carrying out image acquisition on the refractory bricks and transmitting the acquired data to the virtual masonry system; the virtual masonry system judges whether the type of the refractory bricks meets a preset specification or standard, then performs size detection on the refractory bricks, performs virtual masonry operation after detection, measures the size of gaps between the refractory bricks, and measures and calculates the slurry filling amount and spraying process parameters when the size of the gaps between the refractory bricks reaches a slurry fullness effect; and an instruction and parameters are sent to an entity masonry system to automatically implement slurry spraying and masonry.

The invention provides a training method of a spacing prediction model and a spacing prediction method. The training method of the spacing prediction model comprises the steps of obtaining region features of a sample geographic region and spacing labels of target type entity places in the sample geographic region; and training an interval prediction model based on the region features of the sample geographic region and the interval label to obtain a trained interval prediction model, thereby predicting the interval of the entity place based on the trained interval prediction model. The model is adopted to predict the distance, so that the accuracy of determining the distance between the interest points is improved. When the physical place is the retail site, the situation that the space is too small, and consequently the deployment of the newly added retail site influences the sales volume of the existing retail site is effectively avoided; when the type of the entity place is the public service type, incomplete service coverage caused by too large spacing is effectively avoided, and high deployment cost of the entity place caused by too small spacing is avoided.

The invention relates to a roof surface layer slope finding method based on parameterization means, and the method is characterized in that the method comprises the steps: S1, obtaining the geometric information of a roof; s2, combining the outer contour of the house with a roof water diversion line, and identifying a polygon and end points thereof; s3, determining a lifting point on the roof water diversion line, performing condition screening, determining a drainage ditch corresponding to the lifting point, obtaining a to-be-lifted height corresponding to the lifting point, and moving the height; s4, constructing a three-dimensional slope surface according to the moved roof water diversion line and the end points in the polygon where the original roof water diversion line is located, and digging out a drainage ditch entity from the roof to obtain a roof geometry; and S5, selecting a section, cutting the roof geometry and the drainage ditch entity, and outputting a polyline list of the roof surface layer and the drainage ditch detail. Compared with the prior art, the method has the advantages of reducing identification errors of the lifting point and the distance in a more complex roof environment and the like.

The innovation discloses systems, methods and computer program products that reduce complexity and associated measures that are taken to ensure trust in secured transactions as necessitated by requirements present only in an ecommerce environment that do not have a parallel with traditional bricks and mortar commercial transactions. The innovation enables a multitude of mobile wallet applications to engage and obtain services from ecommerce applications wherein backend processing by a mobile wallet server obtains and delivers funds to ecommerce applications without sharing a subset of sensitive data, associated with a mobile wallet application user for the secured transactions. The innovation further provides for a wallet network to be initiated and engaged in which the secured transactions can take place, adopting and adapting social network application connectivity.

A customer uses a mobile device to verbally request an offer that includes an incentive to transact at a merchant's brick and mortar store in the customer's local community in exchange for the merchant's agreement to make an auditable donation to a charity serving the local community. Business rules limit the merchant's charitable donations over calendar periods, which donations can be made directly by the merchant to the community charity, or indirectly to the charity by way of a blind donation made by the merchant to a donation disbursement agency acting on the merchant's behalf to satisfy the merchant's commitment to donate.

Implementing extended reality (XR) storefronts is described. A server(s) may access catalogue data associated with items offered for sale by a merchant via an existing online storefront or an existing brick-and-mortar store. The server(s) may generate digital representations of the items, and generate a XR storefront including the digital representations of the items positioned within a virtual space. The server(s) may store storefront data representing the XR storefront in a datastore(s). At runtime, the server(s) may receive, from an electronic device of a customer, a request to access the XR storefront. In response, the server(s) may access the storefront data and cause the electronic device to display the XR storefront based at least in part on the storefront data.

To enable appropriate provision of a funding service for funding against future store sales even when a business operator runs multiple businesses and / or supports multiple payment means.SOLUTION: A funding management device provided herein comprises: a reception unit for receiving a funding application from a business operator who receives payments from customers using multiple payment means; a usage history acquisition unit for acquiring a total amount paid by customers during a given period as a compensation to the business operator for running business entities; a funding amount determination unit configured to determine a funding amount for each receivable arising from customer payment according to the payment means and determine the smaller of the total amount acquired by the usage history acquisition unit and a given upper limit amount to be a funding amount; and a presentation unit for presenting the determined funding amount for each type of business entity run by the business operator, where the upper limit amount is set for each receivable according to the payment means.SELECTED DRAWING: Figure 5

Techniques described herein disclose a resource-sharing system that includes one or more client devices and one or more cloud servers to connect brick-and-mortar entities, web-based entities, and individuals within a centralized cloud application dedicated to resource sharing.