31results about How to "Laying to achieve" patented technology

The invention provides a cable laying device, and belongs to the field of construction mechanical equipment. A roller connecting rod is connected with a first base device. The first base device is connected with a cable conveying device through a slideway connecting frame. A slide block is connected with a third connecting shaft. The slide block is arranged in the slideway of the slideway connecting frame. A hydraulic elevating roller device is installed on the cable conveying device. A third motor is installed on the cable conveying device. Vehicle wheels and wheel frames are connected through wheel axles to be installed on the cable conveying device. A fifth connecting shaft is connected with two vehicle wheels to be installed on the cable conveying device. The third motor drives the fifth connecting shaft to rotate through a second belt. A baffle plate is connected with a side connecting plate. A connecting rod frame is installed on the side connecting plate. A first roller is connected on the side connecting plate through a first connecting shaft. The connecting rod frame is connected with the roller connecting rod.

The invention discloses a buried cable laying method and a cable protection sleeve special for the method and belongs to the field of cable laying. According to the buried cable laying method, by improving the water storage and drainage capacity of a cable groove, the cable protection sleeve is not easily in contact with accumulated water, and accordingly the problem is solved that the cable protection sleeve swells and deforms when being soaked in the accumulated water. The buried cable laying method is characterized by comprising the following steps of S1, engineering line repetition measurement of a cable line; S2, disk distribution for a cable; S3, cable laying; S4, backfill of the cable groove; S5, burying of stakes. The third step comprises the following specific processes of 3-1, digging of the cable groove, wherein foundation pits are dug, stacks are formed, rough shaping and fine shaping are conducted, and the cable groove is poured and formed; 3-2, cable laying, wherein manual cable laying is conducted, the cable is laid at one side of the cable groove, and the cable protection sleeve wraps the cable; a specially-assigned person straightens out the cable and puts the cable into the cable groove. The buried cable laying method is suitable for buried cable laying.

The invention relates to the technical field of asphalt paving, and specifically discloses a small-sized asphalt paving trolley device for uniform feeding, including an asphalt tank fixed on one side of the support platform and having a feeding part at the bottom, and a fixed installation on the other side of the support platform. The rolling part at the bottom of one side, the inside of the asphalt tank rotates along its central axis and is provided with a stirring mechanism for mixing the asphalt materials in the asphalt tank; the linkage between the stirring mechanism and the feeding part; the bottom of the asphalt tank The end is an open structure, and the feeding part includes a screed plate that is rotated and sealed at the open structure at the bottom end of the asphalt tank, and the screed plate is provided with a plurality of discharge ports with different moving radii. The present invention solves the problem in the prior art that the asphalt material cannot be evenly dropped on the ground during the asphalt paving process through the linkage design of the blanking part and the stirring mechanism, and ensures the quality of the asphalt paving.

The invention discloses a paving device for an analogue simulation experiment material and a use method of the paving device. The paving device comprises an analogue simulation experiment bench as well as a hydraulic pushing jack, a guiding crossbeam, an extrusion crossbeam, two parallel guiding rails, a fixed beam and a cover plate which are arranged in the analogue simulation experiment bench, wherein the hydraulic pushing jack is located above the guiding rails, the cover plate is located below the guiding rails, and the guiding rails are used for the cover plate and the guiding crossbeam to move; and the guiding crossbeam and the extrusion crossbeam are fixedly connected, the fixed beam and the guiding crossbeam are correspondingly arranged in parallel and are respectively connected totwo ends of the hydraulic pushing jack, connecting holes are respectively formed in two ends of the connecting beams, and two ends of the fixed beam are respectively fixedly connected with the two guiding rails through the connecting holes. According to the paving device, the problems that the strength and thickness of a rock layer paved at the lower part are influenced by traditional vertical knocking and vibration are solved; and by arranging the new paving device, a paved local rock body and a paved lower rock layer are not influenced in the paving process.

The invention relates to a device for laying fibers, which comprises a shell, an idler wheel, a gluing module, a limiting module and a compacting module, wherein the idler wheel, the gluing module, the limiting module and the compacting module are all arranged on the shell; the gluing module can rotate around a core shaft and is used for assembling an adhesive tape roll and placing fibers stuck and covered by the adhesive tape; the core shaft is vertical to the moving direction of the device for laying fibers in construction process; the limiting module has a limiting structure which is used for restraining the fibers and positioning the fibers at the position capable of being stuck and covered by the adhesive tape; the compacting module is used for applying force to the adhesive tape sticking and covering the fibers; and the idler wheel is arranged on the bottom of the device for laying fibers and is used for moving the device for laying fibers in a rolling manner. The invention also provides a method for laying fibers. The device and method provided by the invention have the advantages that the construction efficiency is high, the laid fibers are beautiful, the maneuverability is high, the device is portable, and the like.

The invention discloses a transport laying apparatus of a permanent separator plate in an electric power tunnel, and a method. The transport laying apparatus comprises an electric transport apparatus and a laying apparatus, wherein the laying apparatus comprises a main frame body, an electric mobile apparatus and an electric elevating apparatus, the main frame body is provided with a main joist, the electric mobile apparatus can move along the main joist, and the electric elevating apparatus is fixedly connected with the electric mobile apparatus. Through the method and the apparatus, a permanent separator plate can be transported and laid rapidly, safely and efficiently without tunnel space restrictions.

The invention discloses a cable laying robot. The cable laying robot comprises a first top wall mechanism, a first fork shearing push mechanism, a passive type pseudo parallel steering mechanism, a second fork shearing push mechanism and a second top wall mechanism which are connected in sequence, wherein the first top wall mechanism and the second top wall mechanism comprise chuck bodies, top wall supports which are installed on the chuck bodies and can move in an extension mode relative to the radial directions of the chuck bodies and first driving mechanisms, a second driving mechanism used for driving the first fork shearing push mechanism to move in an extension mode relative to the first top wall mechanism is arranged on the first fork shearing push mechanism, the passive type pseudo parallel steering mechanism comprises two subdivision chassis which are arranged oppositely and a steering mechanism, the subdivision chassis are arranged outside a cable in a sleeved mode, and a third driving mechanism used for driving the second fork shearing push mechanism to move in an extension mode relative to the second top wall mechanism is arranged on the second fork shearing push mechanism. The cable laying robot can creep in various pipelines such as a horizontal pipeline, or a vertical pipeline or an inclined pipeline, laying of the cable is achieved, and the cable laying robot cannot be limited by the thickness and the length of the cable.

The invention relates to the technical field of carbon fiber composite material preforming equipment, in particular to an automatic tape laying device. The driving unit is arranged on the gantry frame and can drive the laying unit to move. The platform is equipped with a lifting component that can drive the laying unit to move in the vertical direction, and a rotating component is also installed on the sliding platform to drive the laying unit to rotate 360 ​​degrees, so that the laying unit can realize tape laying at multiple angles; The first inflatable shaft is set in the laying unit to fix the support tray, the second inflatable shaft and the third inflatable shaft are used to roll the release film and the release paper respectively, and the three inflatable shafts are all The motor provides power to drive the rotation. During the unwinding process, the material tray not only drives the unwinding through the first air-expanding shaft, but also plays a certain role in the unwinding of the material tray during the process of rewinding the isolation film by the second air-expanding shaft. pulling effect.