31results about How to "Eliminate idle time" patented technology

Plant for treating the leftover liquids of mechanical processing, comprising a filtering partition (9) for filtration of the fluid and means for cleaning the partition by washing of the layer of mud deposited hereon, comprises vibratory means suitable for causing a generally fast and continuous vibratory state at least in the active portion of the partition.The plant comprises at least one chamber (6) that is divided into two parts by the filtering partition (9), one part being intended for the exit of the filtered fluid, means suitable for causing a generally fast and continuous vibratory state at least in the active portion of the partition are associated with said chamber.Method for treating the leftover fluids of mechanical processing, comprising filtration of the fluid through a filtering partition and periodic cleaning of the partition through washing of the layer of mud deposited here; it foresees that at least the surface of the partition on which the mud deposits is subjected to vibratory motion.

Aspects comprise a ray tracing shadowing method based on the data structure of a uniform grid of cells, and on local stencils in cells. The high traversal and construction costs of accelerating structures are cut down. The object's visibility from the viewpoint and from light sources, as well as the primary workload and its distribution among cells, are gained in the preprocessing stage and cached in stencils for runtime use. In runtime, the use of stencils allows a complete locality at each cell, for load balanced parallel processing.

Consideration is given to parameters for providing re-use of worker housing in similar, or the same, applications at other sites or other projects as well as parameters governing re-use for alternate secondary uses usually common to the area of initial use, thereby avoiding transport for long distances or wasteful disposal of worker housing structures. Secondary uses for manufactured worker housing modules according to the present invention can be, for example, smaller or reconfigured dormitory-style housing or residences or family housing.

Consideration is given to parameters for providing re-use of worker housing in similar, or the same, applications at other sites or other projects as well as parameters governing re-use for alternate secondary uses usually common to the area of initial use, thereby avoiding transport for long distances or wasteful disposal of worker housing structures. Secondary uses for manufactured worker housing modules according to the present invention can be, for example, smaller or reconfigured dormitory-style housing or residences or family housing.

Aspects comprise ray shooting system based on the data structure of a uniform grid of cells, and on local stencils in cells. The high traversal and construction costs of accelerating structures are cut down. The object's visibility from the viewpoint and from light sources, as well as the primary workload and its distribution among cells, are gained in the preprocessing stage and cached in stencils for runtime use. In runtime, the use of stencils allows a complete locality at each cell, for load balanced parallel processing.

Aspects comprise a ray shooting method based on the data structure of a uniform grid of cells, and on local stencils in cells. The high traversal and construction costs of accelerating structures are cut down. The object's visibility from the viewpoint and from light sources, as well as the primary workload and its distribution among cells, are gained in the preprocessing stage and cached in stencils for runtime use. In runtime, the use of stencils allows a complete locality at each cell, for load balanced parallel processing.

The invention relates to an automatic stripping device. The automatic stripping device is used for stripping protective film from base film of sheet material film, and comprises a material feeding device, a stripping device, and a film feeding device; the material feeding device is used for providing sheet material film, and comprises a pedestal, a feeding mechanism fixedly arranged on the pedestal, a material carrying mechanism connected with the pedestal via sliding fit, and a material taking mechanism arranged under the feeding mechanism, and is used for transferring sheet material film on the feeding mechanism to the material carrying mechanism; the stripping device comprises an installation plate, and a material stripping mechanism arranged on the installation plate; the material stripping mechanism is provided with a film stripping part used for stripping and adsorbing the base film; the film feeding device is used for transferring sheet material film on the material carrying mechanism to the material stripping mechanism; the material taking mechanism is used for taking material from the lower part of sheet material film, so that influences of static electricity of sheet material film and relatively light self weight are eliminated, success of material taking is ensured, standby time and waiting time are eliminated, and working efficiency of the automatic stripping device is increased greatly.

The present disclosure relates to a gradient coil system (107, 207) for a magnetic resonance imaging, MRI, system (100). The gradient coil system (107, 207) comprises: a plurality of gradient coils (110A-C, 210A-C) for applying a gradient magnetic field to a target volume (108); at least one coolant tube (120A-C, 220A-C, 320A-C) per gradient coil (110A-C, 210A-C) for cooling the gradient coil (110A-C, 210A-C), the coolant tubes (120A-C, 220A-C, 320A-C) being connected to respective flow control devices (122A-C, 222A-C, 322A-C); a controller (124, 224, 324) coupled to the coolant tubes (120A-C,220A-C, 320A-C) configured to control each flow control device of the flow control devices (122A-C, 222A-C, 322A-C) for adjusting the flow of a coolant in the respective coolant tube (120A-C, 220A-C,320A-C), wherein the controller (124, 224, 324) is configured to control the flow control device (122A-C, 222A-C, 322A-C) on the basis of heat load caused by the respective gradient coil (110A-C, 210A-C).

The invention discloses a prefabricated uninterruptible power supply system, which is characterized in that it includes a prefabricated cabin and an uninterruptible power supply device located in the prefabricated cabin, and the cabin body (101) of the prefabricated cabin is fixed and installed on the civil foundation of the site through prefabricated embedded parts (204); electrical interfaces and communication interfaces of standardized interfaces are laid in the cabin body (101). The entire UPS system is integrated in the prefabricated cabin, which can be completed in the factory and transported to the site; all electrical interfaces and communication interfaces are standardized, and the wiring can be completed by plugging in the prefabricated cables on site; pieces, the prefabricated cabins shipped can be directly fixed on it. The prefabricated cabin also includes cable laying, water leakage prevention, fire alarm and fire protection, security, monitoring, lighting and sockets, and power distribution box distribution system. The UPS system is integrated and standardized, the construction period is further shortened, and the project quality is improved.