215 results about "Check-in" patented technology

A Point-of-Entry Kiosk loyalty system, couponing system, and shopping list system is provided so when a consumer enters a store, kiosk(s)s may be present for consumer check-in. When at or within proximity of the kiosk (e.g., from an RFID enabled cell phone) the consumer may log in or be recognized. The consumer may swipe a coded loyalty card, enter their loyalty number or data may be automatically entered through RFID technology or smart phone. The consumer may be presented with discount or coupon offers or shopping suggestions, which may be based on the consumer's prior preferences, demographic data, prior purchases, or preference data harvested from various social networking sites, search engines, or other websites used by the consumer.

Systems and methods for creation, management and delivery of targeted marketing campaigns to a consumer based on a consumer's social check-in activity as identified by a consumer on one or more location based social networks. In one embodiment, a campaign management system receives information relating to a consumer's social check-in activity from various (heterogeneous) location based social networks in a wide variety of formats, and further normalizes such disparate information received into a standardized format. According to an aspect, the system processes the normalized information in conjunction with pre-stored marketing campaigns created by marketers for purposes of identifying consumers who satisfy one or more conditions specific to the pre-stored marketing campaigns. Campaign-related information corresponding to the pre-stored marketing campaigns generally comprise various promotional offers, discounts, coupons, etc., which are delivered to the identified consumers, who initiate some kind of action thereby fulfilling the marketing campaign.

Methods and systems for facilitating the sale, lease, rental, or other monetization of unsold space inventory (e.g., seats, berths, cabins, rooms, etc.) to customers or passengers as guaranteed, empty adjacent space, after the passenger has already purchased a reservation and check-in has commenced. The empty adjacent space (EAS) may be sold as an upgrade when a guest checks-in at an event (e.g., an airline flight, theater performance, train trip, bus trip, hotel stay, day at the beach, parking space lease, etc.) or some time thereafter.

The invention discloses a hotel checking-in management system and method. The system comprises a hotel checking-in website server, a user terminal, a hotel background server and an intelligent door lock. A user terminal sends reservation information and user information to the hotel background server through the hotel checking-in website server. The intelligent door lock is used for obtaining biological characteristic information acquired in a field and sending the biological characteristic information to the hotel background server and is unlocked according to a received unlocking instruction. The hotel background server is used for receiving and storing the reservation information and the user information, receiving the biological characteristic information acquired in the field, judging whether the biological characteristic information acquired in the field associated with the room number of a reserved room is consistent with the biological characteristic information uploaded by a user, and sending the unlocking instruction to the intelligent door lock if yes. By the adoption of the system and the method, the user can reserve a hotel and directly check in without the complicated checking-in procedure handled in the hotel, the time can be effectively saved, and user experience can be improved.

The invention relates to a motion state monitoring system based on wearable devices. The motion state monitoring system is used for monitoring exercise parameters of athletes in the training process and comprises the wearable devices and a terminal in communication with the wearable devices. The wearable devices are each provided with an identifier which can be identified uniquely by the terminal. According to the motion state monitoring system based on the wearable devices, collection modules in the wearable devices can collect relevant motion parameters in the motion process of the athletes in real time, record data of the motion parameters of the athletes in a first storage module and transmit the relevant motion parameters to the terminal in real time through a wireless network at the same time so that the terminal can perform operation and analysis on the data to obtain multiple indexes of the athletes in the motion process. Meanwhile, the terminal can configure information of the athletes according to the wearable devices with the unique identifiers, and therefore training conditions of each athlete can be clearly checked in the training process.

A system and method delivers marketing messages based on location specific check-ins. This permits highly targeted communications directed at first entities such as persons, organizations, or businesses who are patrons of second entity locations which are typically businesses. Selection of first entities is based on detection of past or potential patronage of second entities through social media or other public digital content check-ins. Check-ins are analyzed to identify any second entity referred to and associating such reference to the author of the content. Second entities, such as a merchant or brand, may be explicitly determined from meta-data of source content, or implicitly through processing such as natural language analysis or association through a third entity. Second entities use such connections to deliver targeted marketing messages through a public social media profile of the first entity. Analytics may be used to track of check-in patterns and effectiveness of marketing campaigns.

A system for providing a fine-grained indoor location-based social network (LBSN), the invention leverages the crowd-sensed data collected from a plurality of users' mobile devices during the check-in operation and knowledge extracted from current LBSNs to associate a place with its name and semantic fingerprint. This semantic fingerprint is used to obtain a more accurate list of nearby places as well as automatically detect new places with similar signatures. A novel algorithm for handling incorrect check-ins and inferring a semantically-enriched floorplan is proposed as well as an algorithm for enhancing the system performance based on the user implicit feedback.

A method for checking vehicle behavior modes on the basis of smart cities includes the following steps that passing information of vehicles on city roads is collected and stored, wherein the passing information of the vehicles comprises vehicle license plate numbers, passing time and information of monitoring points passed by the vehicles; the monitoring points can be jointly formed through RFID or video monitoring; data are recorded, and vehicle historical lists are generated; operating behavior modes of the vehicles are worked out according to vehicle operating lists on the latest 30 days, and vehicles which are in illegal operating states are identified; the passing information of the vehicles on the city roads is collected in real time and compared with that of the identified license plate numbers, if the identified license plate numbers are found, prompts are given out to inform management staff of places where the identified vehicles appear, and monitoring videos of the identified vehicles are transmitted in real time. Operating behaviors of non-operating vehicles in city regions can be quickly checked in combination with real-time monitoring and video real-time distinguishing of a smart city system.

The invention relates to a two-dimensional code unlocking method. The method comprises the steps of: arranging a database and a two-dimensional encoder inside a terminal server, wherein the terminal server is capable of corresponding randomly arranged two-dimensional codes one to one; acquiring a user two-dimensional code memory, storing the two-dimensional codes by using a user cell phone or a paper card as the carrier, and enabling a user to obtain a geographic position checking additional function; and arranging a two-dimensional code reading device on a lock, and unlocking by automatically identifying the content of the user two-dimensional code memory. A traveler can directly and automatically acquire the two-dimensional code of a corresponding room in a cell phone mode and the like on the way to a hotel, without checking in at the reception desk but checking in directly; and the present location of the user and geographical coordinates such as entertainment venues, traveling scenery and the like around can be displayed, so that the two-dimensional code unlocking method has the characteristics of convenience in use, simplicity in operation, good service, hommization in service, intelligence and high end.

A rental house management system comprises an urban rental house management and service platform, a floating population real-time monitoring platform and a rental house access control management device, wherein the urban rental house management and service platform and the rental house access control management device carry out door lock terminal information interactions; the floating population real-time monitoring platform and the urban rental house management and service platform carry out user data information interactions; the urban rental house management and service platform is used to manage registration information of landlords and tenants as well as house rental process operational information; and the floating population real-time monitoring platform is used to receive and monitor rental house management and service information of the urban rental house management and service platform. The system provided by the invention has the advantages that the cost is low; rental houses can be managed automatically; checking-in processes and information verification between the landlords and the tenants can be realized conveniently; urban floating population can be dynamically monitored; and public security organizations can easily obtain dynamic information of the entire floating population in a jurisdiction area in real time, so that the floating population can be monitored and managed in real time by the public security organizations.

The invention discloses an accurate planting system and a method. The system comprises an autonomous navigation unmanned aerial vehicle, a ground planting system, and a ground computer for processinginformation, wherein the ground computer is used for analyzing vegetation information obtained by the unmanned aerial vehicle and generating replanting trajectory diagram to control the unmanned aerial vehicle to perform autonomous airline flying and an unmanned vehicle to perform autonomous traveling. The system can perform detection and checking in a large scope, obtains and analyzes vegetationcoverage information of forest land, performs positioning and accomplishes seeding through the unmanned aerial vehicle and planting through the unmanned ground vehicle; the seeding through the unmanned aerial vehicle can solve the planting problems arising from complicated terrains and saves manpower; the ground planting through the unmanned ground vehicle has a high survival rate; the planting efficiency is improved; and the accurate and efficient planting is achieved.

A cultivation technique for hybrid oilseed sunflowers, which relates to a crop cultivation technique, is characterized in that the cultivation technique for the hybrid oilseed sunflowers includes the following method and steps: variety selecting: a short-straw, high-yield and stable-yield variety with good earliness needs to be chosen for spring sowing; soil preparation and fertilization: 5000 kilograms of well-rotted farmyard manure and 30 kilograms of nitrogen-phosphorus-kalium compound fertilizer are applied per mu, and after uniform application, the land is deeply tilled; sowing time: sowing is normally carried out within fifteen days after the mid of March, the hole sowing method is mostly adopted, and the density per mu is about 3800 plants; field management: after oilseed sunflower seedlings emerge, the seedlings are checked in time, the seedlings are supplemented in time, and when two to three pairs of true leaves appear, weeding, thinning and final singling are carried out by being in combination with intertillage; pest control: 50 percent of phoxim or solution 1000 times as much as chlorpyrifos can be chosen to be sprayed on the land surface at the seedling stage, the manual pest-catching method rather than pesticide can be adopted at the flowering stage, and highly effective cypermethrin pesticide can be chosen for pest control at the seed-setting stage; and timely harvesting: preferably, harvesting is normally carried out in late June to early July according to harvesting standards that: the backs of oilseed sunflower discs become yellow, bracts become brown, stems have yellow flowers, and seeds are hardened. The yield of the hybrid oilseed sunflowers cultivated by the cultivation technique is high, the oil yield rate is high, time and labor are saved, and the economic benefit is high.

The invention discloses an online hotel-reserving system, and belongs to the field of hotel management. The system completes the functions of guest room displaying and reserving through a reserving unit based on the WeChat public platform, enables the check-in to be more convenient and safe, and is more complete in protection of the user's information. According to the invention, the system avoids the defects that the check-in process refers to the safety of the user's information in the prior art, can solve a problem of guaranteeing the verification and registration of the ID card of each user during the group reserving or assisted reserving, and guarantees that the management requirements of a public security organization for the check-in of a hotel guest room. The system can improve the check-in efficiency of the hotel through self-service reserving and check-in services in the whole process, and improves the check-in experience of a user.

The invention discloses a remote management system for hotels/apartments, which comprises hotel/apartment units, a hotel/apartment management unit, client units, owner units and a server which are connected on an internet of things, wherein personal identification devices are arranged on the hotel/apartment units, and the hotel/apartment management unit consists of computer office equipment, network equipment and wireless data transceiving equipment which are connected with one another. By using the technical scheme of the system, owners can learn about checking-in information of a the hotel , information of time when a service staff enters and leaves a room and the like through an internet or a GSM (global system for mobile) network at any time; a management company can easily learn about situations of revenue and expenditure of the owners, pay owner incomes, deduct property costs and costs of water, electricity, gas and the like; thereby realizing the remote informatization management of the motels/apartments .

The invention discloses a united junction box for electrical energy measuring. The united junction box comprises a junction box body and a wiring board arranged in the junction box body, and the wiring board is provided with U-V-W phase voltage wiring blocks, U-V-W phase current wiring blocks and null line wiring blocks; every two U-V-W phase current wiring blocks are arranged at the two sides of the corresponding U-V-W phase voltage wiring block. According to the united junction box for electrical energy measuring, voltage connection straps are arranged between every two current connection straps and correspond to electric energy meters, wire intersection after wiring is completed is avoided, wires can be checked in a visualized mode, and an accident is prevented from occurring.

The invention provides a passenger check-in method and system based on a mobile device. The method may achieve fast check-in by means of the system. The system comprises a check-in server and a mobile terminal. The check-in server comprises a database. The mobile terminal gets access to the check-in server via an APP application program. The check-in server further comprises a passenger information verification module capable of exchanging data with the database, a departure check-in module, a data modification module, an instruction input model, and a flight dynamic message prompting module. The system enables the passenger to autonomously check in by means of a conventional communication network and mobile network, and can be installed in a portable device, such as a tablet computer, a cell phone, a computer and the like. Service can be easily offered to the passengers by the mobile device. The passengers may check by the mobile terminal anywhere anytime. The system is good in convenience, saves passenger time, and guarantees smooth embarkation of the passengers.