20results about How to "Reduce welding workload" patented technology

The present application relates to the technical fields of building structure engineering, especially to a kind of part covering steel-concrete composite structure component tie rod connecting structure, including tie rod and angle steel, the tie rod is arranged in X type between the two flanges of profile steel same side;One end of the tie rod is provided with thread, and the other end is formed with fixed part, and the middle part of the tie rod is provided with groove;Several angle steels are equidistantly fixed in the inside of the flange of profile steel, and the angle steel includes two perpendicular steel sheets, and the steel sheet is provided with clamping groove in the end close to the web of profile steel.The two ends of the tie rod are respectively clamped into the clamping groove of the two angle steels oppositely arranged, and the end of the tie rod is tightened by nut, so that the fixed part of the other end of the tie rod is tightly pressed on the steel sheet;The intersection position of the two tie rods arranged in X type is wrapped with energy consumption box.The present application greatly reduces the welding workload on site, realizes the industrialized construction mode of factory prefabrication and on-site assembly, shortens the construction period and reduces the construction difficulty.

The utility model discloses a kind of transformer structures with air layer of box cover, including box cover, air box, hanging plate, pressure release valve and protective baffle, the box cover top is fixedly provided with air box, the inside of the air box is communicated with the bottom of box cover, several hanging plates are fixedly arranged on the air box, the outer side wall of the air box is provided with the pressure release valve being communicated with the inside of air box, the outer side of the pressure release valve is provided with protective baffle, the height of transformer oil tank can be directly reduced, the pressure that oil expansion brings to oil tank caused by the temperature rise of transformer with load is relieved, oil tank processing and assembly are more convenient, transformer product overall appearance is more harmonious and beautiful, operation is safer and more reliable.

The utility model relates to a kind of connecting mechanism and working bucket for ladder truck working bucket, connecting mechanism includes integrated support, sleeve and locating block, the sleeve and the locating block are located in the side of the support, the sleeve is located above the locating block, the sleeve is spaced apart and located multiple along the length direction of the support, the locating block extends along the length direction of the support. By supporting body, sleeve and locating block are designed into integrated structure, the connection of adjacent components is realized, and the welding workload of the whole is reduced, the stability and coaxiality of the overall structure are improved, the flatness of the bottom plate is ensured. The setting of weight reduction groove one and weight reduction groove two reduces the weight of the connecting mechanism under the premise of ensuring the structural strength, meets the requirement of ladder truck lightweight design.

The utility model discloses a control panel and nickel sheet connecting structure on a battery pack, comprising: a battery pack on which a plurality of nickel sheets for transmitting current are arranged, and the nickel sheets are divided into main current nickel sheets and signal nickel sheets according to current carrying capacity; the control panel assembly comprises at least two split-type control panels and is arranged on the battery assembly, the two split-type control panels are electrically connected, and a plurality of first connecting grooves are formed in the panel surfaces of the split-type control panels and used for being connected with the main current nickel sheets; a plurality of second connecting grooves are formed in the outer edges of the two split control boards and are used for connecting the signal nickel sheets; the main current nickel sheet can be placed in the first connecting groove and welded on the periphery of the main current nickel sheet, and the signal nickel sheet can be placed in the second connecting groove and subjected to single-side welding.

The invention relates to a high-strength integral beam integrating multiple functions, and solves the problems of increasingly strict limitation of aerodynamic configuration design of a sledge body on structural design, obvious insufficiency of mounting spaces of test equipment, cables and the like, insufficient optimization of the structural design, poor operation convenience and the like in the prior art. A test equipment mounting interface is integrated on the integral beam, the mounting interface is matched with equipment with different designs, and a cable channel is arranged on the integral beam; lightening holes are designed in a beam body, and sliding shoe installation connectors are designed at the two ends of the integral beam and used for installation of sliding shoes. According to the integrated beam, all testing devices, skid body structural parts and the like are planned in a unified mode and designed in an integrated mode, the structural weight is reduced, the system structural safety and operation convenience are improved, and the economical efficiency is improved.

The utility model relates to a clean room self -purification laminar flow delivery window convenient to assemble, including inner bag, shell, front face frame and rear face frame, the shell is "" mouth " shape structure, two face frames are located respectively in the two sides of shell front and back opening, the inner bag is U shape structure and sets up in the shell, the inner bag upper end U shape mouth installs static pressure tank, the inner bag front side is riveted with the front face frame, and the inner bag back side is riveted with the rear face frame, the roof and the bottom board are located between two face frames and are riveted with two face frames respectively, and the two face frames left and right sides are set up respectively hang the hole, the left side board and the right side board are provided with the hook, the left side board and the right side board are cooperated through the hook and the hang hole, thereby the left side board and the right side board are hung and connected in the face frame two sides, as the core inner bag, face frame and shell between, adopt riveting, hang and connect and can be assembled into delivery window, greatly reduce the welding workload, and the assembly efficiency of delivery window has qualitative promotion.

This invention belongs to the field of welding technology and relates to a welding method for a large-size long girder mold made of nickel-iron alloy, comprising the following steps: 1. Preparing various plates of the mold; 2. Clamping the prepared plates on a machine tool and milling bevels at the joints of the plates; 3. Joining the plates together to form a mold blank, and welding the joints of the plates in layers and passes; 4. Annealing the welded mold blank; 5. CNC machining the annealed mold blank; 6. Inspecting the machined mold.

The present application relates to thin film deposition equipment technical field, disclose a shower head and its processing method, the shower head includes: cover plate has the through hole, the through hole includes first hole section and second hole section;Spray plate is provided with connecting column, connecting column includes thread section and base section;Connecting sleeve, including sleeve, sleeve is matched on the outside of thread section;First sealing structure, between the sleeve and the one end of thread section away from base section, the first sealing structure seals the sleeve and thread section.The present application is matched by the sleeve and connecting column thread connection, realize the connection of cover plate and spray plate, the consistency of thread cooperation is higher than welding, can effectively improve the connection precision, in addition, realize the process of connection without using welding and so on heating means, therefore can avoid the deformation of connecting column and so on connecting structure, in addition, still set up the first sealing structure, the first sealing structure can guarantee the sealing performance between connecting sleeve and connecting column, simple structure, convenient operation.

The utility model provides an array type pipeline fused salt storage device which comprises a storage part, and a supporting part is arranged at the bottom of the storage part. The storage part comprises a first storage pipe and a second storage pipe, a plurality of third storage pipes arranged in an array mode are connected between the first storage pipe and the second storage pipe, and the third storage pipes communicate with the first storage pipe and the second storage pipe; an input pipe is connected to a port of one end of the first storage pipe, an output pipe is connected to a port of the other end of the first storage pipe, the supporting parts are arranged at the bottoms of the input pipe and the output pipe, and a fourth storage pipe is arranged at a port of the second storage pipe. According to the storage device, the storage space is formed by arranging the array type pipelines on the input pipe and the output pipe, a traditional overall storage tank is replaced, the number of welding seams is reduced, the fused salt leakage risk caused by welding defects is fundamentally reduced, the site construction period is shortened, and the nondestructive testing cost is reduced.

The invention discloses a hoisting device and process for hoisting a large section of a steel box girder, and relates to the technical field of bridge construction, the hoisting device comprises a hoisting mechanism, a welding mechanism is arranged on the outer side of the hoisting mechanism, and the bottom of the welding mechanism is fixedly connected with the top of the hoisting mechanism; the lifting mechanism comprises a bridge, piers are fixedly connected to the bottom of the bridge, pre-assembled sections are fixedly connected to the outer side of the bridge, stand columns are fixedly connected to the tops of the pre-assembled sections, inclined struts are fixedly connected to the outer sides of the stand columns, the tops of the multiple stand columns are fixedly connected with the same lifting platform, and the same lifting platform is fixedly connected to the tops of the multiple stand columns. The top of the lifting platform is fixedly connected with a hydraulic lifter, and the bottom of the hydraulic lifter is fixedly connected with a steel strand. According to the hoisting device and process for hoisting the large section of the steel box girder, the main bridge steel box girder is divided into a plurality of sections, and the middle large section is integrally hoisted and mounted, so that high-altitude scattered splicing is avoided, and the field welding workload is greatly reduced.

The application discloses a bed type stainless steel heat accumulating high-temperature incinerator, wherein the lower chamber body is in a wind pipe structure, the upper chamber body is in a stainless steel corrugated concave-convex structure, the upper chamber body is located in the inner portion of the upper end of the lower chamber body and is communicated with the lower chamber body through a lower chamber body communication flat push valve.

This utility model belongs to the field of inflatable mattress technology, specifically relating to an inflatable mattress with a perforated reflective film. It includes an inflatable mattress body with an inflation cavity inside. Within the inflation cavity, there are reinforcing ribs and a perforated reflective film. The edges of the perforated reflective film are connected to the inner wall of the inflation cavity, and several perforations are provided on the perforated reflective film. Several reinforcing ribs are independent of each other; the upper end of each reinforcing rib is connected to the inner top wall of the inflation cavity, and the lower end of each reinforcing rib passes through the corresponding perforation and connects to the inner bottom wall of the inflation cavity. In this design, placing the perforated reflective film in the center of the inflation cavity can reflect the heat radiated by the human body, while reducing airflow within the inflation cavity and improving the thermal insulation performance of the inflatable mattress. Furthermore, since welding is not required between the reinforcing ribs or between the reinforcing ribs and the perforated reflective film, the amount of welding work is reduced, the number of welding points is decreased, and production efficiency is improved.

This invention discloses a method for heat-bending an outer T-shaped profile. The method includes: preparing and cutting the required web and top plates of the T-shaped profile; vertically welding and assembling the web and top plates on a continuous welding line; calculating the heating interval, heating time, and heating temperature according to set values; marking heating lines on the web and top plates, with each heating interval corresponding to one heating line on the web and one on the top plate, and the heating lines on the web and top plates forming a pair; fixing the T-shaped profile at both ends with L-shaped fixtures; and performing heat-bending according to the set heating lines, starting from one end of the T-shaped profile and proceeding along each pair of heating lines to the other end, following the order of web first, then top plate; measuring the angle at both ends of the heated T-shaped profile with an angle gauge; and calculating and adjusting the heat-bending process. This invention offers accurate positioning, high efficiency, and material savings.

The utility model discloses a mining electric shovel and A-shaped frame pull rod waterproof cover plate assembly, and left cover plate and right cover plate butt joint together and arrange on the machine shed top cover plate, left fixed base and right fixed base butt joint together and arrange on left cover plate and right cover plate, and pull rod passes through from the butt joint of left and right cover plate and the butt joint of left and right fixed base, two rubber sleeves are installed between left cover plate and left fixed base and between right cover plate and right fixed base respectively, and after butt joint, two rubber sleeves surround pull rod and closely fit with the side of pull rod, and first fastening part is structured to fix and release the fixing between left and right fixed base, and second fastening part is structured to fix and release the fixing between left cover plate, left fixed base and rubber sleeve and between right cover plate, right fixed base and rubber sleeve. Based on the existing machine shed top cover plate, a group of waterproof cover plate assembly of direct connection pull rod is newly added to the upper portion, and the waterproof performance of the part is strengthened.

The utility model belongs to the technical field of section bar structures, and particularly relates to a section bar structure for high-voltage box production, a high-voltage box is in a square frame shape, a side blocking edge extending outwards is arranged in the middle of the outer side of the high-voltage box, a part above the side blocking edge is an upper extending frame, and a part below the side blocking edge is a lower extending frame; the profile structure comprises an upper plate part, a side transverse plate and a lower plate part; the upper plate part and the lower plate part are connected with each other to form a T-shaped structure, the upper plate part and the lower plate part are located on the same plane, and the side transverse plate is perpendicular to the upper plate part and the lower plate part; the side transverse plate is used for forming the side blocking edge, the upper plate part is used for forming the upper extending frame, and the lower plate part is used for forming the lower extending frame. According to the scheme, the profile structure is formed at a time, and is simple, reliable, good in structure and high in strength; the high-voltage box can be defined by the four sections of section bars, only four corners and bearing parts need to be welded, the welding workload is small, and the overall strength is improved; the appearance is elegant and the sense of wholeness is strong; and polishing is easy, paint spraying is convenient, and production efficiency is improved.

The invention provides a waterproof top cover for a prefabricated cabin, and belongs to the technical field of power equipment structures, and the waterproof top cover comprises a first top plate, an internal rainproof beam arranged at the bottom of the first top plate, and a fixing assembly mounted at the bottom of the internal rainproof beam. The split type top plate combination is matched with the precise bending butt joint mechanism, the welding workload is greatly reduced while the structural strength is guaranteed, the problems of large-area welding seam polishing and rusting are solved, reliable sealing between modules is achieved through the butt joint bending clamping structure, the defect of water seepage of joints of a traditional modular top cover is overcome, and the service life of the modular top cover is prolonged. According to the integrally-designed water dripping edge system, a traditional welding or screw fixing mode is replaced with an innovative bending forming technology, the installation procedure is simplified, the protection grade is improved, the overall weight is reduced through the optimized structural layout, transportation and hoisting operation is facilitated, and the production cost is reduced while the production efficiency is improved. And the waterproof performance and the installation convenience of the product are improved.

The application relates to a construction method of a combined pipe body, which comprises the following steps: S1, obtaining a plurality of target pipe bodies, installing the target pipe bodies to preset positions, and obtaining a plurality of preset pipe body structures; a first connecting part is arranged on the inner wall of each target pipe body; S2, after the preset pipe body structures are obtained, a fixing assembly is installed between the outermost target pipe bodies in the adjacent two pipe body structures, and a combined pipe body is obtained; wherein the fixing assembly comprises an upper fixing part, a lower fixing part and a supporting column arranged between the upper fixing part and the lower fixing part; the supporting column is detachably connected to the upper connecting plate and the lower connecting plate through a first connecting part; and S3, a target component is connected to the first connecting part through a second connecting part. In the application, the detachable fixing assembly and the bolt connection mode can reduce the welding operation amount, the target component is installed after construction, the construction space in the pipe body during construction is improved, the construction efficiency is improved, and the construction difficulty in a narrow space is avoided.

This invention discloses a long, straight, double-walled fuel delivery system and installation method for narrow ship cabins. The system includes a double-walled fuel delivery pipe and a ship cabin. The double-walled fuel delivery pipe comprises a curved section and a straight section. The ship cabin is equipped with a watertight fireproof bulkhead. It also includes sliding supports, planar swing supports, and swingable sliding supports. All three supports are located on the inner wall of the bottom of the ship cabin. The straight section is slidably connected to the sliding support, and the curved section is connected to the planar swing supports and the swingable sliding supports. The long, straight, double-walled fuel delivery system and installation method for narrow ship cabins provided by this invention restricts the expansion direction of the straight section through the upper support blocks and support grooves of the lower support blocks of multiple sliding supports. This ensures that when the straight section undergoes thermal expansion and contraction, it only expands axially. Since only straight sections are used inside the ship cabin, the amount of welding work on the pipes is greatly reduced, improving assembly efficiency and reducing assembly time.

This utility model discloses an IP54 protection rating lithium battery charger door panel structure, relating to the technical field of lithium battery charger door panels. The structure includes a charger door panel, an inner wall with a door lock, a cable routing groove fixedly connected to the inner wall of the door panel away from the door lock, a mounting component in the middle of the door panel, and a sealing component at the rear end. This utility model achieves reduced welding workload and improved work efficiency through folded edges and connecting components. The frame for mounting on the inner wall of the charger door panel uses a process of recessed folded edges on all four sides plus four connecting components for welding. While meeting waterproofing requirements, this greatly reduces the welding length, improves the aesthetic appearance of the door panel, and prevents deformation caused by prolonged heat exposure, while also reducing the workload of grinding the weld joints.

The utility model belongs to the technical field of crawler belt walking mechanisms, and particularly relates to a thrust wheel which comprises two thrust wheel half bodies, the two thrust wheel half bodies are arranged in a half mode in the axial direction, each thrust wheel half body comprises a tubular outer wheel ring, a tubular inner wheel ring and a radial plate, the outer wheel ring and the inner wheel ring are arranged in a concentric and sleeved mode, and the radial plates connect the outer wheel ring and the inner wheel ring. The outer wheel rims, the radial plates and the inner wheel rims of the thrust wheel half bodies are integrally formed, the axial end edges, close to the sides, of the outer wheel rims of the two thrust wheel half bodies are connected, and the axial end edges, close to the sides, of the inner wheel rims of the two thrust wheel half bodies are connected. On one hand, the number of overall welding seams is reduced, the overall welding manufacturing cost and the welding operation amount of the thrust wheel are reduced, on the other hand, center hole waste materials generated when an original thrust wheel is punched are fully utilized to form the inner wheel ring, a traditional split type wheel shaft sleeve is replaced, the material utilization rate is greatly increased, and the production cost is reduced. And meanwhile, the overall machining efficiency of the thrust wheel is improved.