1045results about How to "Improve laying efficiency" patented technology

The present invention discloses a five-freedom-degree rapid forming processing apparatus, which comprises a frame (1), material disks (3) on the top portion of the frame (1), an operating plate (6), a screen (7), and a control plate (8), and further comprises a two-freedom-degree spraying head assembly (2) capable of freely moving along X axis and Z axis, a clamping device (4), and a three-freedom-degree platform assembly (5) capable of freely rotating along Y axis, Z axis and A axis, wherein the operating plate (6) and the screen (7) are arranged on the bottom portion in front of the frame (1). With the five-freedom-degree rapid forming processing apparatus of the present invention, the step effect can be eliminated, the surface quality of the printed inclined plane can be increased, the processing efficiency on the circular cross-section parts is high, the processing on the spherical platform can be achieved, and the space utilization rate is good.

The invention discloses full-automatic laying equipment for ceramic tiles, comprising an intelligent carrying vehicle, a spiral distributor, a base material laying device, a ceramic tile grabbing device, a laser level and a visual detection device, the spiral distributor and the base material laying device are arranged behind the carrying vehicle, the laser level is used for forming a horizontal fan-shaped laser beam, and the visual detection device calibrates the driving direction of the intelligent carrying vehicle and the laying angle of ceramic tiles by collecting ground images. The tile laying method comprises the following steps: a) establishing a laser reference plane; B) controlling the carrying vehicle; C) laying a base material; D) detecting the height of the base material; E) carrying and transporting ceramic tiles; F) placing the ceramic tiles; and G)compacting the ceramic tiles. According to the full-automatic ceramic tile laying equipment and method, the hollowing phenomenon of laid ceramic tiles can be avoided, the technical problem that when the ceramic tiles are laid in a large area, the overall flatness is difficult to guarantee manually is solved, the labor intensity is reduced, and the laying efficiency of the ceramic tiles is improved.

The invention discloses an automatic fiber placing device for placing a fibrous composite material. Two servo motors A drive two output gears to be rotated along an X-directional long rack, so a crossbeam is driven to be slid along a longitudinal beam; a servo motor B drives a sliding base to be slid along the cross beam; a servo motor C drives a Z-directional screw rod to be rotated, so a ram isdriven to be upwards and downwards slid along the sliding base; a C-axis rotation mechanism fixed on a fixing body drives a C-axis rotation body to be rotated along a C-axis of a center shaft of theC-axis rotation body; an A-axis rotation mechanism drives a swinging body to be rotated along an A-axis of an axial lead of two coaxial shafts; a C1-axis rotation mechanism fixed on the swinging bodydrives a creel to be rotated along a C1-axis of a center shaft of the creel; a fiber placing head and a fiber placing head press roller are fixed at the lower end of the creel; a control system controls the C-axis, C1-axis and A-axis rotation mechanisms and a brake device to be operated; and a servo motor D drives a workpiece to be rotated along a rotation principal axis of the workpiece. The automatic fiber placing device is high in placement precision, rapid in speed, high in placement working efficiency, and stable in placement quality.

The invention discloses a foamed warm mix asphalt mixture and a preparation method thereof. The foamed warm mix asphalt mixture is obtained by treating 2-8.5% of foamed asphalt, 2-90% of novel aggregate (or 6-90% of old asphalt pavement material) and 1-15% of mineral powder according to a special process. Asphalt is foamed through the special process, the volume of the foamed asphalt is increased by above 10 times, and the viscosity is remarkably reduced. Therefore, the mixture can be uniformly mixed at a lower temperature of 100-150 DEG C, so that asphalt fume in the production process is avoided, and the energy consumption for preparing asphalt mixture is lowered. The asphalt mixture is completely attached to the surface of the building stones to form asphalt films. After the water is volatized, the asphalt mixture with better performance is formed. Compared with conventional asphalt mixture, the foamed warm mix asphalt mixture has the advantages that the mixing temperature can be reduced by 30-60 DEG C, and the paving difficulty is reduced.

The invention discloses a novel fabricated vehicle bearing pavement and a construction method thereof. The novel fabricated vehicle bearing pavement is formed by superposing, assembling and laying fabricated reinforced concrete plate members in double layers, wherein double-layer bidirectional steel reinforcement frameworks are uniformly distributed inside upper pavement slabs and lower pavement slabs; lifting rings are embedded on lower parts of the frameworks in advance; rubber films are laid between the upper pavement slabs and the lower pavement slabs; a wear-resistant steel fiber concrete layer is arranged on the upper parts of the upper pavement slabs. The construction method comprises the following steps: 1. fabricating reinforced concrete pavement members; 2. lifting and transporting the prefabricated pavement members; 3. flattening the roadbed, laying the lower pavement slabs, rubber films and upper pavement slabs sequentially, laying the pavement slabs in a manner of staggering from each other according to seams, namely the seams between the slabs are not communicated with one another. The construction quality is easily guaranteed, the prefabricated pavement member is light in structure, high in strength, and convenient to transport and construct, can be repeatedly used and is particularly suitable for laying temporary vehicle bearing roads on the construction site, the rubber films can achieve a buffer effect, the friction force between the pavement slabs can be increased, and the pavement slabs are prevented from slipping.

The invention belongs to the field related to additive manufacturing and discloses a powder distribution device and an additive manufacturing device. The powder distribution device comprises a powder spreading platform and hoppers arranged above two sides of the powder spreading platform, powder materials are placed in the hoppers, powder-material placing locations are arranged on the two sides of the powder spreading platform, the powder materials are transferred to the powder-material placing locations through the hoppers, scrapers vertically arranged above the powder spreading platform are allowed to move along the horizontal direction as well as the vertical direction, and the scrapers are respectively located on one sides of the powder-material placing locations when moving along the vertical direction. The powder distribution device is provided with the scrapers allowed to move along the horizontal direction as well as the vertical direction, two-way powder scraping is realized, thickness of powder layers is evener as compared with the existing one-way powder scraping, and powder spreading efficiency is improved. Further more, the scrapers are vertically arranged, so that two-way powder scraping can be better realized, and waste of the powder materials is avoided.

The invention discloses a fabricated type cable through-wall fixing device and a cable through-wall laying construction method. The fabricated type cable through-wall fixing device comprises a left support and a right support, and is characterized in that cross arms are fixed between the left support and the right support through bolts, and combined sleeves are arranged between every two adjacent cross arms. The method includes the following steps of laying cables in cable channels, fixing the left support and the right support, fixedly arranging one cross arm at the top ends, installing the corresponding combined sleeves on the cables, lifting the four cables in one set, inserting left rib plates and right rib plates on the upper sides of the sleeves into the gaps of the cross arm on the top, fixedly arranging the second cross arm below the set of cables, inserting left rib plates and right rib plates on the lower sides of the combined sleeves into the gaps of the second cross arm, fixing the two ends of the second cross arm to the left support and the right support, repeatedly executing the steps, pouring concrete and completing construction. Construction and installation are easy and convenient, the cable laying efficiency is improved, and the normal running of transformer substations and circuits is ensured.

The invention relates to a pipe bunching device, which consists of upper beams, lower beams, positioning partition pipes and a fastening device. The two upper beams and the two lower beams are parallel to each other in a horizontal direction of the top surface and the bottom surface respectively; the lower beams support lowest bunched pipes from the bottom, and the upper beams press the bunched pipes from the top; the upper beams and the lower beams are connected with the fastening device respectively; and positioning slots for positioning the pipes are distributed on the upper beams and the lower beams in the length direction uniformly at intervals. The positioning partition pipes are distributed between two layers of the pipes; the positioning slots for positioning the pipes are distributed on upper and lower surfaces of each positioning partition pipe in the length direction of the partition pipe uniformly at intervals; and the interval between the positioning slots is consistent with that of pipe slots on the upper beams and the lower beams. The fastening device is connected between end heads of the upper beams and the lower beams to play a role in tensioning the upper beams and the lower beams and comprises a pull rod, a double ratchet, a twin nut and the like. The bunching device has the advantages of simple structure, convenient use and reuseability, can conveniently bunch the pipes manually or mechanically without using other equipment in a warehouse or outdoors, realizes mechanized loading and unloading and transporting, and can be matched with a pipe distributing vehicle.

The invention discloses a pipeline embedding device for water conservancy projects, and relates to the technical field of pipeline embedding devices. A winch is fixedly installed at the bottom of a threaded seat, a support rod is fixedly connected between two groups of connecting steel blocks, the bottom ends of the two groups of connecting steel blocks are fixedly equipped with clamping devices,the left end of a second lead screw penetrates through a fixing seat to be fixedly connected to a second motor, an inner cavity of the fixing seat is provided with a guide seat connected to the outerwall of the second lead screw in a sleeving manner, an object containing plate is fixedly arranged between fixing frames, the top of the object containing plate is evenly and fixedly provided with limiting rings, two groups of guide plates are fixedly arranged on the right side of the top of a base, protection plates are fixedly assembled on the side walls between the two groups of guide plates, and a discharging channel is arranged between the two groups of protection plates. Automatic clamping and laying of pipelines are realized, pipeline protection can be realized, the needs of continuouspipeline placing and laying are met, and the pipeline laying efficiency is improved.

A method for laying a submarine pipeline leakage detection optical cable includes the steps that a pay-off rack is arranged on the stern of a pipe laying ship, and rubber pad strips, glue and flexible binding belts are arranged in the construction position; the rubber pad strips adhere to the outer surface of a pipeline through glue in a subsequent end-to-end connecting mode; the pay-off rack is controlled to release the sensing optical cable and the sensing optical cable is installed in an optical cable mounting groove of the rubber pad strips; one flexible binding belt is bound to the outer envelope surface formed by the pipeline and the rubber pad strips every certain distance; the pipeline is laid on the seabed sequentially in a downstream mode; the pipeline is buried under the submarine mud face through operation of a trencher; the completeness of the sensing optical cable is tested, and one end, connected with a platform or the land, of the sensing optical cable is connected into a system host through a terminal box. According to the method for laying the submarine pipeline leakage detection optical cable, laying of the optical cable is completed on the pipe laying ship, the operability is high, personnel investment is substantially saved, laying construction difficulty and laying cost are reduced, and laying efficiency is improved. The sensing optical cable is installed in the rubber pad strips which are longitudinally connected in a butted mode in sequence along the pipeline, and thus the whole optical cable can be protected.

The invention relates to a placement head device comprising a tow channel, a guiding module, a fastening module, a re-conveying module, a shearing module, and a pressuring module. The guiding module is used for delivering the tows into the tow channel. The fastening module is used for fastening the tows by clamping before shearing. The re-conveying module is used for conveying the tows. The shearing module is used for shearing the tows. The pressuring module is used for compactly pressing the tows onto a product. A heating and gathering module is used for heating the tows and gathering the tows. According to the placement head device provided by the invention, through the cooperation of the modules, each stream of tows can be independently controlled, such that molding problems such as complicated curved surfaces, variable thicknesses, and reinforcement can be solved; product quality can be improved; and placement quality can be stabilized. Also, mechanized operations are adopted, such that placement efficiency is improved.

The invention discloses a water-permeable wear-resistant garden path and a construction method thereof. The water-permeable wear-resistant garden path comprises a pavement main body and flat curbs, wherein the flat curbs are arranged on curb bases at two sides of the pavement main body; the pavement main body sequentially comprises a roadbed, a crushed stone drainage layer, a base layer, a cushion layer, a binding layer and a surface layer from bottom to top; the roadbed is formed by pure soil; the crushed stone drainage layer is uniformly filled and compacted by crushed stones; the base layer is tamped by a concrete base, a transverse slope of 2-3% is formed on the base layer, and at least a layer of reverse filtration geotextile is arranged between the crushed stone drainage layer and the base layer; the cushion layer is filled and compacted by lime soil in which the ratio of lime to soil is 3:7; the binding layer is formed by hard cement mortar in which the ratio of cement to mortar is 1:3; the surface layer serves as the uppermost layer of the pavement main body; and water-permeable bricks are used for paving, and a gap between adjacent water-permeable bricks and the surface layer are filled with water-permeable resin mortar. The garden path with the structure has relatively high strength, stiffness and wear resistance and good water permeability; the adopted paving process has high efficiency and low construction cost; and complaints of users are reduced.

The invention provides an automatic single-color mosaic-particle lay-up device and a lay-up method of the automatic single-color mosaic-particle lay-up device. The automatic single-color mosaic-particle lay-up device comprises a stander, a mosaic forming die which is arranged on the stander, at least one automatic mosaic-particle single-track lay-up unit, a loading device and a controller, wherein each automatic mosaic-particle single-track lay-up unit is used for gradually collecting mosaic particles one by one after transporting the mosaic particles one by one, arranging the mosaic particles into rows/columns according to a preset rule and then driving the entire row/column of mosaic particles to enter a loading procedure; the loading device is connected with the stander and used for sequentially transporting and loading the well-arranged entire row/column of mosaic particles in each automatic mosaic-particle single-track lay-up unit into the mosaic forming die; the controller is respectively connected with each automatic mosaic-particle single-track lay-up unit and the feeding device by signals. The automatic single-color mosaic-particle lay-up device is high in lay-up stability, high in lay-up speed and capable of effectively improving the lay-up efficiency and lay-up accuracy of the mosaic particles. The automatic lay-up method is used for substituting the traditional manual lay-up process, so that the problems that the current mosaic industry is low in automation degree and low in production efficiency can be solved.

The invention discloses an augmented reality-based satellite cable laying guidance system. The system comprises a guidance information generation module, an image collection module, a cable identification module, a capsule plate locating module, a guidance information visualization module and a guidance state control module. An operator is guided to quickly realize satellite cable assembly in an augmented reality mode. In addition, the invention discloses an augmented reality-based satellite cable laying guidance method. The cable laying efficiency and the convenience of cable net informationquery in a complex satellite assembly scene are improved; the cable laying error generation efficiency is reduced; and the predefinition process of guidance process information is simplified.

The invention relates to a cable ground laying device. The invention relates to the technical field of cable laying. The cable ground laying device comprises two trolleys which are oppositely erectedon the ground and located above a cable trench, a pay-off base and a traction base which are installed on the two trolleys respectively, a clamping table which is arranged on the traction base, two supporting tables which are oppositely arranged on the pay-off base, and installation columns which are rotationally arranged on the opposite side walls of the two supporting tables respectively. The side wall of the clamping table is provided with a fixing groove for insertion of a cable. A locking assembly used for fixing the cable is arranged in the fixing groove. An automatic receding assembly used for preventing the cable from making contact with the side wall of the traction base is arranged on the upper surface of the traction base. The two installation columns are fixedly connected withthe two side walls of two cable reels respectively, and a driving assembly used for driving the cable reels to rotate is arranged on the pay-off base. The laying device replaces manpower to drag the cable for laying, which saves time and labor, and improves the cable laying efficiency. Friction damage between the cable and the ground can be prevented, and the power supply reliability of the cableis prevented from being affected.

The invention discloses an automatic net paving device of an anchor rod drill carriage for a coal mine. The device comprises a rotating base, a lug base, a first arm, a first oil cylinder, a second arm, a second oil cylinder, a third arm, a third oil cylinder, a first spiral swing cylinder, a second spiral swing cylinder, a third spiral swing cylinder and a magnetic manipulator. The automatic net paving device of the anchor rod drill carriage for the coal mine realizes horizontal translation of the magnetic manipulator through the rotation of a worm wheel of the rotating base, realizes vertical translation of the magnetic manipulator through the telescopic motions of the first oil cylinder and the second oil cylinder, realizes front-back translation of the magnetic manipulator through the telescopic motion of the third oil cylinder, and realizes three degrees of rotating freedom of the magnetic manipulator through the rotation of the three spiral swing cylinders; and the magnetic manipulator realizes the grabbing and the pavement of reinforcement meshes, so that the automatic net paving device of the anchor rod drill carriage for the coal mine can realize automatic pavement of the reinforcement meshes so as to improve the paving efficiency of the reinforcement meshes.

The invention discloses a tunnel waterproof plate laying trolley which comprises a plurality of trolley portals which are distributed in parallel. The trolley portals are provided with arch rings matched with the inner wall of a tunnel. A climbing mechanism is arranged on every two adjacent arch rings. The climbing mechanisms are installed on the arch rings in a transmission mode through transmission assemblies. A laying assembly and a leveling assembly are arranged on each climbing mechanism. Each climbing mechanism comprises two climbing boxes which are connected to the two corresponding adjacent arch rings in a transmission mode respectively, and a climbing trolley installed between the two climbing boxes, wherein the climbing trolley is installed on the climbing boxes through rotating shafts in a rotating mode. The climbing mechanisms can move in the circumferential direction of the arch rings, in this way, the laying assemblies can be driven to lay waterproof plates along the inner wall of the tunnel, meanwhile the leveling assemblies can level up the waterproof plates laid on the inner wall of the tunnel, it is guaranteed that the waterproof plates laid on the inner wall of the tunnel are closely attached to the inner wall of the tunnel, the laying efficiency of the waterproof plates is improved, and the laying quality of the waterproof plates is effectively guaranteed.

The invention relates to a laying machine. The laying machine comprises a machine body, travelling wheels, a reference alignment device and a loading laying device, wherein the travelling wheels are fixed at the bottom of the machine body, a handle is arranged at the front part of the machine body, the reference alignment device is mounted on the upper end surface of the machine body, and the loading laying device is mounted at the middle part of the upper end of the reference alignment device. The laying machine disclosed by the invention has the advantages of being reasonable in structural design, high in automation degree, convenient to operate and control, and the like, can realize automatic laying of ceilings, replaces a traditional manner that builders climb a ladder for laying, improves the laying efficiency and has the protective effect on the builders.

The invention discloses a floor tile laying machine. The machine comprises a rack and rollers and further comprises a sand cement leveling unit and a floor tile absorption laying unit. A mounting horizontal rod extending forwards is arranged at the front end of the rack, a level gauge is fixed on the mounting horizontal rod. The sand cement leveling unit and the floor tile absorption laying unit are mounted at the end of the mounting horizontal rod detachably alternately. A power supply is arranged on the rack and is electrically connected with the sand cement leveling unit or the floor tile absorption laying unit. The invention further relates to a method for laying floor tiles through the machine. By means of the sand cement leveling unit, sand cement stacked on laying places can be leveled, floor tiles can be absorbed and transferred to laying positions through the floor tile absorption laying unit, the laid floor tiles can be leveled and fixed, and accordingly, the floor tile laying can be completed through the laying machine for one step. The machine is effort saving to be used, high in laying efficiency, simple in unit structure and convenient to operate.

The invention discloses an electric power communication engineering cable laying device which comprises a base, a first supporting plate, a second supporting plate, a guide roller mechanism and a guide mechanism. The guide roller mechanism and the guide mechanism are sequentially arranged according to the moving direction of a cable; one end of the first supporting plate is arranged on the upper surface of the base, and the second supporting plate can move up and down along the first supporting plate; the guide roller mechanism comprises two guide rollers and a guide roller frame, the guide roller frame is fixedly arranged on the upper surface of the second supporting plate, the guide rollers are rotatably mounted on the guide roller frame, and a gap allowing a cable to penetrate through is formed between the two guide rollers; the guide mechanism comprises two guide wheels and a guide wheel frame, the guide wheel frame is fixedly arranged on the upper surface of the second supportingplate, the guide wheels are rotatably installed on the guide wheel frame, and a gap allowing a cable to penetrate through is formed between the two guide wheels. When cables are laid, the cables are not easy to abrade and pull apart.