Abstract: A multi-modal system that can perform optical coherence tomography (OCT), scanning laser ophthalmoscopy (fluorescence and reflectance), adaptive optics enhancement, and OCT-angiography simultaneously is presented. Such a system minimizes registration errors in multi-modality images, and accelerates biomedical research. Such a system could also permit enhanced high-speed diagnosis. This system would also permit a wide-selection of excitation wavelengths to measure fluorescence intensity from a variety of fluorophores and auto-fluorescing tissues. A novel animal positioning system that can easily align with the imaging beams for optimal image quality and high-speed experiment-setup and imaging of animals is also presented.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of foldable ophthalmic system. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing. Our system can be used for many modalities including optical coherence tomography.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of foldable ophthalmic system. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing. Our system can be used for many modalities including optical coherence tomography.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of foldable ophthalmic system. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing. Our system can be used for many modalities including optical coherence tomography.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of foldable ophthalmic system. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing. Our system can be used for many modalities including optical coherence tomography.

Abstract: Optical Coherence Tomography (OCT) system and apparatus of this instant application is very useful for diagnosis and management of 3ophthalmic diseases such as retinal diseases and glaucoma etc. Instant innovative OCT diagnostic system leverages advancements in cross technological platforms. The Michelson interferometric system presented in this application could be used for the OCT imaging, which includes biological OCT imaging, medical OCT imaging, ophthalmic OCT imaging, corneal OCT imaging, retinal OCT imaging, and the like. A tunable filter is placed in front of the detector to make the interferometer more sensitive and accurate for examining various samples for diagnosis.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of folding apparatus for ocular purposes for the first time. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of folding apparatus for ocular purposes for the first time. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing.

Abstract: Optical Coherence Tomography (OCT) system and apparatus of this instant application is very useful for diagnosis and management of ophthalmic diseases such as retinal diseases and glaucoma etc. Instant innovative OCT diagnostic system leverages advancements in cross technological platforms. The Michelson interferometric system presented in this application could be used for the OCT imaging, which includes biological OCT imaging, medical OCT imaging, ophthalmic OCT imaging, corneal OCT imaging, retinal OCT imaging, and the like. A tunable filter is placed in front of the detector to make the interferometer more sensitive and accurate for examining various samples for diagnosis.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of folding apparatus for ocular purposes for the first time. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing.

Abstract: The tunable filter placed in front of the detector to make the interferometer more sensitive and accurate for reading various samples for diagnosis. Optical Coherence Tomography (OCT) system and apparatus of this instant application is very useful for diagnosis and management of ophthalmic diseases such as retinal diseases and glaucoma etc. Instant innovative OCT diagnostic system leverages advancements in cross technological platforms. Both the Michelson interferometric system and Mach-Zehnder interferometric system presented in this application could be used for the OCT imaging, which includes biological OCT imaging, medical OCT imaging, ophthalmic OCT imaging, corneal OCT imaging, retinal OCT imaging, and the like.

Abstract: The system disclosed is for optical coherence tomography (OCT). The system includes an improved interferometric system for metrology, detection, ranging as well as imaging system based on optical coherence tomography (OCT). Further, the method provides advancements in detection, imaging of samples in biological, medical, ophthalmic, corneal and retinal diagnosis.

Abstract: There is a need for robust and portable system, and apparatus for ophthalmology. We propose use of folding apparatus for ocular purposes for the first time. Our system will have a chin-rest (or face-rest or forehead rest) that can be folded so that the ocular device could be transported in a brief-case type casing.

Abstract: The pneumatic conveyor permits the transport of articles suspended by means of air jets and comprises an article suspension and guide rail (6) and a support beam (7), mounted in a parallel manner at a level below that of suspension and guide rail (6), permitting the fitting of conveyor accessories. The beam (7) is preferably adjustable for height (direction Y) and supports guiding means (11) for the articles. Said guiding means (11) are particularly embodied as guides (11a) the lateral position (direction X) of which is adjustable.

Abstract: A curved conveyor section allows the transport of articles guided between two guide rails, the spacing (e) between the two guide rails is adjustable. At least one of the two guide rails is elastically deformable, an adjustment assembly is designed to displace and deform the elastically deformable guide rail so as to provide it with a specific curvature which depends on its position. Preferably, the adjustment assembly includes, for each guide rail (7), a deforming plate (9, 9?) which is elastically deformable, and the guide rail (7) is rigidly secured to the deforming plate.

Abstract: The air conveyor comprises a guide rail (3) on which the articles (1) are to be suspended, and along which the articles are to be transported in a given direction of transport. The conveyor system provides a pneumatic means to move the articles in the direction of transport and further includes additional pneumatic means (10) that are designed to generate, when operated, a plurality of reverse air jets orientated onto the articles in a direction opposite that of their direction of transport. The user of the reverse jets makes it possible, in particular, to free without manual intervention articles accidentally immobilised in the course of transport, or, to slow down, immobilise or impart a rhythm to the articles as they are transported.

Abstract: The anti-contamination apparatus includes a transport enclosure (13) which has a input face (26) having an opening to admit the recipients and which contains: a guide rail capable of supporting the recipients by their protuberances; an inverted U-shaped longitudinal transport channel the legs of which surmount the guide rail. The apparatus further comprises a pneumatic device for blowing air in a direction (G) globally opposite to direction T of transport of the recipients, the device being capable of forming a frontal escape of air, from the inside towards the outside of the enclosure, via the admission opening of the input face (26).

Abstract: The conveyor comprises two spaced-apart under-neck guides (3) along which articles are designed to be transported by being suspended via their collars (2) on the under-neck guides (3), and also a longitudinal stop (6) which is mounted above the under-neck guides (3) and which serves to limit the up stroke available to the articles between the under-neck guides (3). In a preferred embodiment, the top abutment is in the form of a stop (6) having an abutment-forming bottom longitudinal face (6a) in which there is formed a longitudinal central channel (6b) of width (L) that is less than the diameter (D) of an article at its top end (1d).

Abstract: The air conveyor enables suspended articles to be transported, e.g. empty plastics bottles B, under drive from air jets. It has a bottom longitudinal guide (6) which extends along the path of the articles, which has two facing longitudinal guide walls (7b), and which is positioned or suitable for being positioned relative to the suspension points of the articles in such a manner that an article suspended from the conveyor comes into contact via its base with the inside faces of the two guide walls, and is held tilted relative to the vertical and rearwards relative to the transport direction by a minimum conveying angle.

Abstract: The machine for performing in-line treatment on containers comprises a treatment enclosure with a loading path for loading a row of containers and an unloading path for unloading a row of containers, the two paths being distinct from each other, and a carrousel of the first-in-first-out type, which carrousel firstly includes a plurality of mutually equidistant successive moving rails, each rail being designed to receive one row of containers, and means for moving the set of moving rails, and secondly is mounted inside the enclosure so that successive rows of containers can be transferred from the loading path to the unloading path of the enclosure. The carrousel is further equipped with regulation means which are designed to cause the set of moving rails to advance in successive steps at a given rate so that the transit time taken by each rail to travel from the loading path to the unloading path is substantially equal to a predetermined duration.