65results about How to "Manipulation safety" patented technology

The invention provides a method, apparatus and system for separating blood and other types of cellular components, and can be combined with holographic optical trapping manipulation or other forms of optical tweezing. One of the exemplary methods includes providing a first flow having a plurality of blood components; providing a second flow; contacting the first flow with the second flow to provide a first separation region; and differentially sedimenting a first blood cellular component of the plurality of blood components into the second flow while concurrently maintaining a second blood cellular component of the plurality of blood components in the first flow. The second flow having the first blood cellular component is then differentially removed from the first flow having the second blood cellular component. Holographic optical traps may also be utilized in conjunction with the various flows to move selected components from one flow to another, as part of or in addition to a separation stage.

The invention provides a self-moving steel structure workshop which is composed of a steel structure workshop, a movable base, a braking and anchoring device and an electrical control system. The steel structure workshop is mounted on a support beam (6), a driving motor (25) is arranged at the end part of a ground beam (5), and a traction roller (21) and a load roller (3) are arranged on the bottom surface of the ground beam (5). In an operation process, the driving motor (25) drives the traction roller (21) so as to drive the ground beam (5) to move along a track (11) in the middle of a base trench (G). A human-computer interface (R) and an electrical box (V) are arranged in a control room (7), and the control room (7) is connected with each electrical component as well as controls each electrical component. In a positioning process, a brake (27) locks a motor shaft (29), a positioning oil cylinder (4) and a manual rail clamping device (22) fix the ground beam (5), and a steel pull rope (2) tensions and fixes the steel structure workshop. Shipbuilding parts are processed on the site in the steel structure workshop. The structure is flexible in control and safe in use, can realize the synchronous follow-up according to the shipbuilding progress, effectively improves the working conditions of the processing and transporting site, has fast progress and high efficiency, and is suitable for the matched application of large shipbuilding plants.

The present invention relates to an agricultural coupling with a system for managing and guiding maneuvers and a method implemented by this coupling. A coupling comprising a tractor and at least one agricultural machine coupled by at least one articulated linkage, said coupling also comprising a maneuver management and guidance system comprising at least one calculation and control unit. A coupling characterized in that the calculation and control unit of the one of the coupled agricultural machine constitutes the master unit of system for managing and guiding maneuvers and preferably for coupling, and in that it is suitable and intended, under the control of a suitable maneuvering management program: on the one hand, to calculate a setpoint trajectory For at least one future maneuver, by implementing a trajectory prediction algorithm and a path optimization algorithm and, on the other hand, to automatically execute said maneuver or to assist in a semi-automatic execution of said movement Maneuvering by driving the tractor and raising, during maneuvering, the deviations between the predefined setpoint path and the actual or currently estimated trajectory.

The sectional door (1) for the control of the access opening to a compartment, particularly to a garage compartment, comprises: - a fixed portion including two pairs of vertical guides (5, 6) suitable for extending in a direction substantially parallel to a respective shoulder of the access opening to a compartment; and a movable portion including: a leaf comprising a lower panel (7) and an upper surrounding panel (8), substantially rectangular in shape, extending over the entire width of the leaf and having the lateral sides thereof in sliding engagement along a respective side guide (5, 6); a pair of side support arms (11) each having one end thereof articulated in correspondence to the top of a respective pair of vertical guides (5, 6) and the other end thereof pivoted in correspondence to an intermediate zone (8c) of a respective lateral side of the upper panel (8); and articulated and slidable connection means (12) between the lower panel (7) and the upper panel (8), including a pair of lateral sliding guides (10) provided in correspondence to the lateral sides of the upper panel (8), and a pair of connection levers (13), each having one end (15) thereof in sliding engagement with a respective lateral sliding guide (10) of the upper panel (8) and a second end (14) thereof articulated at the top to the lower panel (7), whereby the lower panel (7) and upper panel (8) are movable between a completely closed position of the access opening, in which they are arranged in a substantially aligned sequence, one on top of the other, along the pairs of vertical guides (5, 6), and a completely open position, in which the upper panel (8) is overhangingly moved to project in the compartment starting from a zone in correspondence to the top of the pairs of vertical guides (5, 6), supported by the pair of side support arms (11) and the lower panel (7) is moved together with, and against the upper panel (8).

Disclosed is an enhanced method for rapid and cost-effective analysis of sequences of a microorganism by semi-conductor sequencing, preferably ion-torrent sequencing. This method provides for full length analysis and of multiple areas (e.g. genes) of multiple genomes. These methods identify genetic mutations of a particular gene that are responsible for conferring resistance or sensitivity to an antibiotic or other chemical compound. Multiple different species, strains and / or serotypes of a particular organism are rapidly and efficiently screened and mutations identified along with the complete genome of an organism. By selecting primers pairs of similar size and GC content that produce amplicons with sequences spanning the entire genome, a single PCR reaction analyzed by ion torrent methodology can determine the sequence of a complete genome. Methods are useful to sequences the genomes of viral agents, such as influenza virus, and bacterial agents, such as tuberculosis bacteria.

The invention provides a packaging for a container (2) filled with a liquid pharmaceutical product and comprising a head (4) and a body (3) both made from a single piece and a neck portion (5) configured to form a frangible junction (6) between said head (4) and said body (3), said packaging (11) being made from plastic material and comprising two layers (12, 13) between which is defined a cavity (18) configured to receive said container (2); wherein said packaging (11) is a unitary packaging which is configured to receive one container (2) and comprises a foldable portion (24) configured so that an upper portion (32) of said packaging (11) which is configured to receive said head (4) of said container (2) folds when said head (4) is submitted to a determined load, an access portion (27) provided at least around a part of said upper portion (32) and being remote to said foldable portion (24) and a protective portion (28) configured between said access portion (27) and said foldable portion (24); so that when said head (4) of said container (2) is broken due to said determined load, said foldable portion (24) is configured to be folded, said access portion (27) is configured to give free access to said liquid pharmaceutical product in said body (3) and said protective portion (28) is configured to protect the access to the broken neck portion (5) of said container.