50results about How to "There will be no mutual interference" patented technology

The invention provides a construction material supporting device. The construction material supporting device comprises a front frame, a rear frame and a bottom frame, wherein the front frame, the rear frame and the bottom frame jointly form a support with triangular side surfaces; a front upper plate and a front lower plate are respectively arranged on the upper part and the middle lower part of the front frame; a plurality of front arc supports are correspondingly arranged on the front upper plate and the front lower plate respectively; a rear upper plate and a rear lower plate are respectively arranged on the upper part and the middle lower part of the rear frame; a plurality of rear arc supports are correspondingly arranged on the rear upper plate and the rear lower plate respectively; the front arc supports are arranged in front of space between the two adjacent rear arc supports; a storage plate is arranged at the lower end of space between the front frame and the rear frame; chutes are formed in two sides of the storage plate; sliders which are matched with the chutes are arranged on the front frame and the rear frame; and a plurality of grooves are formed in the storage plate. The construction material supporting device has the beneficial effect that when profiles are over long, the profiles placed on the front frame and the rear frame cannot interfere with one another, the construction material supporting device is convenient, occupied area is saved, various surfaces of the profiles can be dried in the sun fully, and yield is improved.

The invention belongs to the technical field of rectangular coordinate robots for automatic feeding and discharging of automobile punching parts, and particularly relates to a four-segment mechanical arm of a press. The four-segment mechanical arm of the press is small in occupied space and high in working efficiency. The four-segment mechanical arm of the press comprises a stand column connected with a vertical driving device, and is characterized in that the lower end of the stand column is provided with a first-level transverse beam through a first-level upper sliding block, the first-level upper sliding block is provided with a first-level driving device of the first-level transverse beam, the first-level transverse beam is provided with a first-level synchronous belt fixedly connected with the first-level upper sliding block, a first-level lower sliding block connected with the first-level synchronous belt is arranged below the first-level transverse beam, the first-level lower sliding block is connected with a second-level transverse beam, a second-level driving device of the second-level transverse beam is arranged on the first-level lower sliding block, a second-level synchronous belt fixedly connected with the first-level lower sliding block is arranged on the second-level transverse beam, and a second-level lower sliding block connected with the second-level synchronous belt is arranged below the second-level transverse beam.

The present application relates to the technical field of data storage, and in particular, to a sequence flow identification method and apparatus. The method includes: receiving an IO request sent by a host, where the IO request includes volume information, a request start address and a request range; and determining a target corresponding to the volume according to the volume information, request start address and request range included in the IO request Sequence flow table, and determine whether there is a target sequence flow that matches the IO request in the target sequence flow table, wherein the target sequence flow table includes multiple records identified based on the historical IO recorded in the historical IO table corresponding to the volume. If there is a target sequence flow matching the IO request, then update the target sequence flow based on the IO request; if there is no target sequence flow matching the IO request, then update the target sequence flow based on the IO request and all The historical IO recorded in the historical IO table corresponding to the volume is subjected to sequential flow identification operation.