Abstract:
A container tracking system comprises a plurality of metallic containers arranged with substantially parallel sides (12) having a gap (G) therebetween, and at least one RF transmitter having an antenna (1) located within the gap (G) and arranged to excite a transverse electromagnetic (TEM) wave transverse to the parallel sides (12).
Abstract:
É um produto pertencente ao setor de eletrônicos. Refere-se o presente objeto a um crachá de identificação para ser utilizado por profissionais e usuários em geral, com sistema inovador, provido de dispositivo interno rastreador e de monitoramento via satélite, com sistema de localização via GPS, chip de celular e similares. O crachá permite monitoramento em tempo real, inclusive de localização, permitindo ainda emissão de relatórios, controle de acessos e diversas outras funções que podem ser programadas em seu software interno. Ideal para ser utilizado por empresas e prestadores de serviços que precisam monitorar os seus funcionários com frequência, principalmente funcionários que prestam serviços externos. O crachá permite total monitoramento do usuário, esteja dentro ou fora do local de trabalho, oferecendo desta forma mais segurança para a empresa. Destina-se o presente objeto a oferecer muito mais praticidade e proporcionar muito mais segurança às empresas, que através do crachá terão certeza da localização dos seus funcionários, podendo saber, em tempo real, se o trabalho proposto está sendo cumprido ou não.
Abstract:
A tracking device including an RFID module to receive data using near field communication, a positioning sensor, a wireless connection module, a processor arranged to deactivate the positioning sensor and the wireless connection manager, measure the current time, receive using the RFID module or the wireless connection manager itinerary data for the tracking device. The itinerary data includes one or more checkpoint times when the RFID module is expected to receive a data transmission. The processor is further arranged, when not detecting a data transmission at a checkpoint time of the itinerary data corresponding to the current time, to activate the positioning sensor to collect the location of the tracking device, and activate the wireless connection module to connect.
Abstract:
Item movement is determined via wireless tracking using RFID data from at least one RFID reader. The RFID data associates RFID tag information with each antenna of the RFID reader that receives the tag information. At least one processer is configured to identify a first appearance of unique tag information in the RFID data. Items may be grouped when their first appearance in RFID data and their antenna association indicates that they first appear in a location within a predetermined amount of time, as indicated by RFID data, and/or when they have all moved from a previous location within a predetermined amount of time, as indicated by different RFID data. A group designation comprises the relevant unique tag information, which may be stored in memory along with a time stamp.
Abstract:
These teachings are suitable for use in conjunction with a process having access to both coverage information that maps the coverage area for each of a plurality of RFID-tag readers to physical locations within a given monitored facility and historical-read information for a population of RFID tags, and that uses that historical-read information and that coverage information to automatically determine the physical location of RFID tags. In particular, these teachings generally provide for accessing supplemental information regarding physical locations for at least some of those RFID tags and then comparing the automatically-determined physical location information with the supplemental information to thereby identify physical-location discrepancies. By one approach those physical-location discrepancies are used to adjust the automated process by which the automatically-determined physical location information is automatically determined to thereby improve accuracy of the automated process.
Abstract:
A tracking device for assisting in traceability of grain includes a plastic body, an RFID chip disposed within the plastic body, and a weight comprised of a ferromagnetic material disposed within the plastic body. A method provides for dispensing tracking devices into a stream of grain so as to associate identifying information with the stream of grain. A system includes a dispensing device configured to singulate and dispense tracking devices into a flow of grain.
Abstract:
According to one exemplary embodiment a system, method and apparatus for an indicator driven by a RFID tag for localization purposes may be disclosed. An RFID tag may be disposed on an item. The RFID tag may have an indicator element. A RFID reader may be in communication with the RFID tag such that the indicator element can be activated in order to localize the item.
Abstract:
Le but de la présente invention est de proposer un dispositif (B) très réduit, qui permet à son propriétaire d'être identifié automatiquement sans nécessiter des serveurs de stockage centralisés, d'afficher des informations plus détaillées lors de la capture des images (figure 2), qu'il soit une personne, un animal, ou un objet; et qui permet de recevoir des informations ou des messages de la part de terminaux (A) fixes ou mobiles à proximité sans avoir à connaître l'adresse Internet ou le numéro d'appel du destinataire. Ce but est atteint par un dispositif (B) très réduit, ne comportant qu'une batterie, une mémoire (M2) de stockage, un afficheur (A2) simplifié en option, des moyens de communication sans fil (S2) et une interface (i2) d'interconnexion entre l'ensemble de ces éléments, caractérisé en ce que cette interface (i2) est contrôlée à distance, par des terminaux (A) fixes ou mobiles, pour l'affichage (A2) éventuellement ou la mémorisation (M2) des informations reçues sur le dispositif (B) lui-même et pour la transmission, vers ces terminaux (A), des informations sur une personne, un animal ou un objet disposant de ce dispositif (B).
Abstract:
A chemical cartridge security system in which a unique identifier on the chemical cartridge is verified before chemical is delivered from the chemical cartridge. Also a chemical cartridge suitable for the system and a method of ensuring correct delivery of chemical to a chemical process line using the system.
Abstract:
RFID-based inventory management systems are provided for various applications. Such systems include a plurality of RFID-readable products tags, with each product tag being associated with a piece of merchandise and programmed to generate a signal containing information regarding the associated piece of merchandise. Such systems also include an RFID reader capable of sending and receiving signals from the product tags. Such systems further include a processor capable of receiving signals from the RFID reader with information regarding the product tags. The processor compares the information regarding two or more product tags to determine whether they are being moved together as part of a moving group. If the processor determines that there exists a moving group of product tags, it generates an output based at least in part on the signals being sent from the product tags in the moving group.