摘要:
L'invention concerne un équipement (1) pour l'alimentation automatisée en colis (2) d'un convoyeur de tri (3), l'équipement comprenant une plateforme (4) pour stocker temporairement un tas de colis disposés en vrac, un premier système de vision (6) conçu pour former une image numérique du tas de colis en vrac qui est statique sur la plateforme, une unité de traitement (7) de données paramétrée pour, à partir de l'image numérique, identifier un colis à individualiser lequel présente une face de préhension non recouverte par un autre colis, et apte à fournir des données indicatives de la position spatiale, l'orientation dans l'espace et les dimensions de cette face de préhension, et une tête de préhension pneumatique d'un bras robotisé (8) qui est pilotée à partir des dites données pour prendre ce colis à individualiser par la face de préhension.
摘要:
A method for image acquisition of an object in transit on a movable supporting surface includes detecting a presence signal of the object in a preset position, and at least one dimension and/or position signals, the signals being generated by at least one sensor arranged upstream of a linear camera; detecting a “trigger event” signal, generated on the basis of the presence signal, the linear camera starting to acquire an image on the basis of the “trigger event” signal; starting to acquire an image of the object, when the object has travelled a preset distance from the preset position, the distance being calculated by an advance sensor suitable for generating a signal comprising an electric pulse at each preset movement of the movable supporting surface; and setting a mode for image acquisition of the linear camera on the basis of a resolution of the advance sensor.
摘要:
In the case of a conveyor for bottles or similar containers (2) having at least one transporting element which forms a closed loop and can be driven in circulation, at least one container mount (6), for securing at least one container in a hanging state, is provided on the transporting element.
摘要:
System for selection and transport of an object out of a plurality of objects in an operation area comprising a system for detection of objects present in the operation area and an industrial robot including a manipulator and an operating system having a computer memory for storing information on the objects present in the operation area.
摘要:
The invention concerns a system for the handling of baggage in airports, where the passenger hands over his baggage on check-in and collects it at the place of arrival. The system includes a check-in area (12) for baggage (11) with means for marking and sorting of the main baggage and the transit baggage, means (13, 15) for transport of the baggage, a buffer (17) for main baggage and a buffer (14) for transit baggage, and means (16) for the continuous transport of baggage (11) from the buffers (14, 17) and out to the airplanes (30) in the departure area (20-23).
摘要:
An interrogator in the form of a Tunnel Reader Programmer or TRP (20) includes field control means in the form of a lining (25, 26) of high permeability magnetic material for providing a low reluctance path for the interrogating field at the periphery of the cavity. Linings (25, 26) are, in this embodiment, produced from ferrite and disposed adjacent to respective walls (6, 8). In this configuration the vast majority of the interrogation field is diverted from the surface of walls (6, 8) and instead flows through the high permeability material parallel to those surfaces. With the reduction in the interrogation field at the surface of the walls (6, 8) due to linings (25, 26) the eddy currents in those walls are greatly reduced. However, the metallic walls continue to provide their screening properties.
摘要:
Information about the size and posture of an object of detection as well as about the distance between objects is instantly processed and supplied for external use without waiting for the objects having passed. An information reader comprises camera means (3) set up above a path (2) for take a crane shot of the path (2) within a predetermined range; a sensor (4) placed above a path (2) next to the camera means (3) for detecting the distance to the path (2); a processor (5) that receives the digital image data taken by the camera means (2) in response to detection of an object passing in the path (2) so as to recognize the profile of the object, calculates the height of the object based on the variation in value detected by the sensor, and performs corrective operations on the actual length and width of the object based on its apparent length and width corresponding to the pixel array of the profile data on the basis of corrective values the apparent image size corresponding to the camera distance; and output means (6) for producing the results of operation.
摘要:
The test object container holder (100) of the present invention comprises a holder body (101) having a container storage portion (114), a first ring groove (121), and a second ring groove (122), and an indication ring (102) engaged in the outer circumference of the holder body (101). The test object container holder conveyer apparatus of the present invention comprises a test object container holder (100) including a holder body (101) and an indication ring (102), holder conveyer means (10), for conveying the test object container holder (100), a sensor (21 or 22 or 23) for detecting and notifying the indication ring (102), a convey pause mechanism (31 or 32 or 33) operated in response to an output from the sensor (21 or 22 or 23), an orientation control mechanism (50) for orienting the paused test object container holder (100) in a predetermined direction, a read device (40) for reading information of the indication ring (102), and command means for supplying the test object container holder (100) with a necessary command.
摘要:
A phosphor that emits light having a wavelength different from that of the radiated exciting light, the phosphor comprising ultrafine particles having an average size smaller than the wavelength of the fluorescence emitted therefrom at the maximum luminous intensity or the wavelength of the exciting light at the maximum luminous intensity; a process for producing the phosphor; a composition containing the phosphor; and ink ribbon, fluorescent mark carrier, optical character reader, article sorting system, detection mark and mark-detecting method, each utilizing the phosphor. An example thereof is one represented by the general formula: LnxA1-xPO4, wherein: Ln represents at least one element selected from the group consisting of Nd, Yb and Er; A represents at least one element selected from the group consisting of Y, La, Gd, Bi, Ce, Lu, In and Tb; and x is a number ranging from 0.01 to 0.99.