31results about How to "Uniform tightening force" patented technology

The invention belongs to the field of dish-washing machines, and discloses a dish-washing machine. The dish-washing machine comprises a liner and a water channel. The connecting part of the liner andthe water channel is sunken downwards in a cylindrical shape. A planar filtering net is placed in the sunken part of the liner. A supporting piece is annularly arranged between the planar filtering net and the bottom face of the sunken part and used for supporting the planar filtering net. According to dish-washing machine, the connecting part of the liner and the water channel is sunken downwardsin the cylindrical shape, the planar filtering net is placed in the sunken part, thus compared with that of an existing liner structure with two steps, the space occupied by a water way can be reduced, and accordingly, the space utilization rate of the bottom of the liner is increased; through the liner structure, the manufacturing cost can be reduced; and by arranging the supporting piece, fastening force between the water channel and the liner is more balanced, the probability of water leakage is decreased, and meanwhile, a gap between the planar filtering net and the bottom face of the sunken part of the liner is enlarged, so that the water flow is smoother.

A blade, blade holder, and blade tool head, is provided. The blade holder comprises a mounting surface for a cleaver and an adjacent inclined mounting surface for a flat blade and blade fixing elements for detachably fixing the blades to their mounting surfaces. The blade mounting surfaces have holder contact surfaces with a V-shaped cross-section, and the blade fixing elements directly fix the blades, each of which has corresponding inclined V-shape contact surfaces, to their respective mounting surface, with a retaining force that acts between the inclined V-shaped contact surfaces. The blade has on its lateral side an oblique bearing region, which permits both blades to lie flat against one another.

A non-uniform load is prevented from acting on a cross member to reduce the weight of the cross member in a saddled vehicle. In the saddled vehicle has a vehicle body frame 11 for suspending an engine 12, a swing arm 14 for suspending a rear wheel WR freely swingably, pivot portions 29 which are formed as a right-and-left pair, constitute a part of the vehicle body frame 11 and pivotably support the swing arm 14, a lower cross member 28 for joining the pivot portions 29, a rear cushion 32 for applying elastic force to the swing arm 14, a link mechanism 31 for joining the lower end 32A of the rear cushion 32, the swing arm 14 and the pivot portions 29, a link joint stay 70 which is formed at the rear side of the lower cross member 28 and joins the link mechanism 31, and a lower hunger 48 that is formed at the front side of the lower cross member 28 and fixes the engine 12, the link joint stay 70 and the lower hunger 48 are formed at the same position with respect to the vehicle width direction.

The invention relates to the field of mechanical equipment, in particular to a bolt fastening machine. The bolt fastening machine comprises a lifting plate and a fastening device positioned on the lifting plate, wherein the middle part of the lifting plate is provided with an opening for allowing the fastening device to move up and down; the fastening device comprises a tray which is positioned in a middle opening of the lifting plate, a floating mechanism which penetrates through the tray, a plurality of dowel pins positioned on the upper surface of the tray, a plurality of rotary positioning mechanisms which are positioned on the upper surface of the lifting plate and are arranged at the periphery of a circular opening, a locking device which is positioned on the upper surface of the lifting plate and is matched with the plurality of the dowel pins for use, and a rotary pushing mechanism which is positioned on the upper surface of the lifting plate and is connected to the side surface of the tray; the tray is embedded into an area which is defined by the plurality of the rotary positioning mechanisms and the locking device; the tray is circular; and the plurality of the rotary positioning mechanisms are distributed at equal spacing at the periphery of the tray. The bolt fastening machine can realize precise control on a bolt while reducing number of wrenches, so that tightness of a mechanical device is ensured.

A protective device and method for resin-sand composite molds, the device includes guard plates, fastening rods, mold fastening holes, gaskets, and fastening bolts; multiple guard plates are placed in parallel around the resin sand core, and each guard plate There is an oblong hole on the top, and the oblong hole is used to cooperate with the fastening hole reserved on the resin sand core. The fastening rod passes through the oblong hole and the fastening hole, and is fastened with gaskets and nuts on both sides. . The resin-sand combined mold protection device and method thereof proposed by the present invention can provide a uniform fastening force for the resin-sand combined mold, and at the same time provide protection similar to a sand box during the pouring process, which can realize the protection of the protection device. Standardized serial preparation, easy to use.

The invention discloses an assembly machine provided with a brush hose. The assembly machine comprises a rotary table, a plurality of sleeve rods are arranged on the periphery of the rotary table, a pipe sleeving mechanism, a brush embedding mechanism, a pipe cap sleeving mechanism, a pipe cap screwing mechanism, a constant-torque cap screwing mechanism and a tube removing mechanism are further arranged on the periphery of the rotary table successively. According to the assembly machine provided with the brush hose, the brush embedding mechanism is further arranged between the pipe sleeving mechanism and the pipe cap sleeving mechanism, so that prior manual brush embedding is changed into machine assembly, and accordingly, not only is the production efficiency greatly improved, but also the assembly quality of the brush is guaranteed; and simultaneously, the constant-torque cap screwing mechanism is further arranged behind the pipe cap screwing mechanism, so that screwed pipe caps have uniform tightening force.

The invention discloses a laminated combination tooling for a transformer. The laminated combination tooling comprises a group of mountain-shaped stacks and a group of upper iron yoke stacks; the mountain-shaped stacks are provided with a lower iron yoke part and three stem parts; the upper iron yoke stacks are arranged on the three stem parts of the mountain-shaped stacks; the upper iron yoke stacks and the mountain-shaped stacks form closed structures; first positioning steel poles are arranged in the lower iron yoke parts of the mountain-shaped stacks in a penetrating manner; first positioning sheets are respectively arranged at the front side and the rear side of the lower iron yoke part; the end parts of the first positioning steel poles penetrate through the first positioning sheets; second positioning steel poles are arranged in the upper iron yoke stacks in a penetrating manner; second positioning sheets are respectively arranged at the front and rear sides of the upper iron yoke stacks; the end parts of the second positioning steel poles penetrate through the second positioning sheets; one clamping channel steel crossing over the three stem parts is arranged on each of the front and rear sides of the mountain-shaped stacks; the two clamping channel steels are connected by screws. The laminated combination tooling disclosed by the invention has the advantages of higher convenience in operation, time saving, labor saving, cost saving and high production efficiency; in addition, the formed laminated structure meets the requirements and no joints are generated.

The present invention relates to a method for adjusting a single stand reversible rolling mill, in particular to a method for adjusting housings outside the single stand reversible rolling mill, which comprises the following steps: a, determining that a housing base reaches assembly accuracy, and suspending the housings to correct positions; b, hanging a steel wire, checking vertical and transverse central lines of the rolling mill; c, connecting earphones to the vertical and transverse central lines of the rolling mill by lead wires; d, moving housings on a transmission side and an operation side towards the housing base direction on a discharge side respectively by a hydraulic jack to ensure that a bracket side of the housings is close to the lateral surface of the base on an outlet side, and moving a rail rest on an inlet side towards the outlet side; e, adjusting sizes of the housing rolling center and the transverse center of the rolling mill, and fastening a foundation bolt by 70 percent of a design torque; and f, hanging steel wires on housing windows and the rolling directions of the housings, and measuring the verticality and the horizontality of the windows and the rolling directions of the housings of the rolling mill. The method uses the steel wires and the earphones to ensure numerical reading, eliminates reading errors caused by visual errors of staff, and improves the assembly accuracy of equipment.

The invention provides an energy-saving lamp automatic assembly line which belongs to the technical field of machine. The energy-saving lamp automatic assembly line solves the problem that the existing energy-saving lamp automatic assembly line adopts manual assembly and has low production efficiency. The energy-saving lamp automatic assembly line is provided with an energy-saving lamp assembly transmission system on a frame. The energy-saving lamp assembly transmission system comprises a middle transmission track and branch transmission tracks. Joint parts of one end of the middle transmission track with two branch transmission tracks are provided with distributing mechanisms which can distribute energy-saving lamps at the middle transmission track to two branch transmission tracks. Eachbranch transmission track is respectively provided with an automatic rotating energy-saving lamp cap device, an energy-saving lamp automatic filament-cutting device, an energy-saving lamp automatic tin soldering device, an energy-saving lamp automatic detecting and controlling system and an energy-saving lamp automatic nailing device. The energy-saving lamp automatic assembly line is equipped with two sets of assembly devices and realizes the advantages of automatic transmission and assembly, etc.

The invention discloses a high-voltage cable supporting protector. The high-voltage cable supporting protector includes a pedestal and support columns, wherein the support columns are hollow and are arranged horizontally by the central axis; the support columns include an upper cylinder and a lower cylinder which are symmetrical in design; the upper end surface of the lower cylinder is equipped with dovetails in the axial direction; the lower end surface of the upper cylinder is equipped with guide rails in the axial direction, and the guide rails are connected with the dovetails; each of theupper cylinder and the lower cylinder includes a cylinder outer wall and a cylinder inner wall; the cylinder inner wall of the upper cylinder is movably connected with the cylinder outer wall of the upper cylinder; the high-voltage cable supporting protector also includes a compaction structure; the compaction structure includes gears and screws; the screws penetrate through screwed holes and thenare rotatably connected with the cylinder inner wall of the upper cylinder; the gears are fixedly connected with gear shafts; the gear shafts are rotatably connected with the cylinder outer wall of the upper cylinder; soft shafts are connected between the gear shafts and the screws; a tooth bar is arranged on the cylinder outer wall of the lower cylinder; the length of the tooth bar is identicalto the axial length of the lower cylinder; and each gear is engaged with the tooth bar when the upper cylinder is connected with the lower cylinder. When the high-voltage cable supporting protector isarranged in a narrow pipe or obstructions exist around high voltage cables, the high-voltage cable supporting protector is convenient to mount and dismount.