75results about How to "Reduce production area" patented technology

The invention discloses a side open type carriage welding turnover work center belonging to automobile crane carriage welding displacement equipment. The turnover center comprises a side open welding positioner, a three-dimensional feeding trolley, a lifting platform and an electric control system, wherein the three-dimensional feeding trolley is located in the middle of the side open welding positioner, the lifting platform is arranged in front of the side open welding positioner, the three-dimensional feeding trolley is arranged on rails which are perpendicular to the side open welding positioner, and the electric control system is simultaneously connected with the three-dimensional feeding trolley, the lifting platform and the side open welding positioner. The side open type carriage welding turnover work center has the advantages that firstly, two side open tilters commonly use one feeding trolley, thus the turnover work center is compact in structure, secondly, the lateral faces of the tilters are open for realizing the positioning of work-pieces, thirdly, the work-pieces can be automatically clamped, and production efficiency are high, fourthly, 180-degree idle rotation can be realized in a turnover ring, which realizes the requirement that carriages are positively fed and reversely discharged, and fifthly, welding operations of workers are convenient.

The invention relates to a combined roller and particularly relates to a multi-station rotary disc type automatic assembly production line of the combined roller. The combined roller comprises a rotary disc, a bolt feeding mechanism, a bearing feeding mechanism, a gasket feeding mechanism, a clamping ring feeding mechanism, a press fitting mechanism and a rotary disc discharging mechanism, whereinthe rotary disc is connected with a rotation driving mechanism, the rotation driving mechanism can drive the rotary disc to rotate, the bolt feeding mechanism, the bearing feeding mechanism, the gasket feeding mechanism, the clamping ring feeding mechanism, the press fitting mechanism and the rotary disc discharging mechanism are sequentially arranged on the periphery of the rotary disc, and bearing seats are arranged at area positions, facing the bolt feeding mechanism, the gasket feeding mechanism, the clamping ring feeding mechanism, the press fitting mechanism and the rotary disc discharging mechanism, of an upper face of the rotary disc respectively. The combined roller is advantaged that the conveying mechanism and the assembling mechanism of all parts of a combined roller are distributed along the rotary disc, so the combined roller is continuously and automatically assembled in a relatively concentrated area, the occupied production area is small, and production cost is reduced.

The invention relates to a full-automatic testing system applicable to a solid hard disc and a method of the full-automatic testing system. The full-automatic testing system comprises a terminal control system, a plurality of testing devices and a plurality of testing bases, wherein the testing devices are arranged with the testing bases in a one-to-one correspondence manner; the testing devices are connected with the testing bases through data wires; each testing device is an independent device; and all testing devices are in data communication with the terminal control system and are used for testing whether a tested product is qualified or not through automatic analysis. The full-automatic testing system has functions of full-automatic testing, analysis and testing result output, and the production efficiency is greatly improved.

The invention relates to a work station of an assembly line for joining body parts (3, 9) of a motor vehicle, especially for joining at least one lateral part (9) to a body structure (3, 51). Said work station has a clamping frame storage area (39) used to provide clamping frames (A, B, C, D) and comprising at least one carriage (37) for moving at least one clamping frame (A, B, C, D) in the clamping frame storage area (39), and a lifting device (35) for moving the clamping frames (A, B, C, D) between the clamping frame storage area (39) and the work station (5). According to the invention, the carriage (37) and the lifting device (35) form a movably-coupled structural unit (47) containing the clamping frames (A, B, C, D).

The invention discloses numerical control equipment for machining a plate-type custom furniture hinge hole. The numerical control equipment comprises a conveying device, a drilling mechanism, an X-direction moving mechanism, a Y-direction moving mechanism and a Z-direction moving mechanism; the Y-direction moving mechanism is installed on the X-direction moving mechanism, the Z-direction moving mechanism is installed on the Y-direction moving mechanism, and the drilling mechanism is installed on the Z-direction moving mechanism; the conveying device comprises a plate conveying mechanism, a plate pushing mechanism and a plate limiting mechanism, wherein the plate pushing mechanism is arranged on the plate conveying mechanism, the plate pushing mechanism comprises a pushing plate, a pushing plate driving mechanism and a plate pressing component, the pushing plate driving mechanism is connected with the pushing plate and is used for pushing a plate into the drilling mechanism, and the plate pressing component is installed on the pushing plate. The numerical control drilling is conducted on the plate-type custom furniture hinge hole, the production bottleneck problem caused by low hinge hole machining efficiency in automatic plate-type production line can be solved, and the requirement for large-scale production of a custom furniture order is met.

The invention discloses a method for directly preparing microcrystal glass through hot steel slag. The method includes the steps that steel slag in the liquid state and auxiliary materials are mixed at a feeding opening and enter a melting portion of a glass melting furnace through a roller type feeding machine; heat is complemented through a total-oxygen burner, the melting temperature is kept at 1480-1560 DEG C, and the temperature is preserved for 10 hours; microwave homogenization is conducted on glass melt at the melting portion of the glass melting furnace; glass formation is conducted on the melted, clarified and homogenized glass melt; annealing is conducted through an annealing furnace, cooling is conducted till the temperature is 10-15 DEG C below the Tg temperature of the glass, and a glass panel is obtained; the cooled glass panel is directly subjected to temperature raising, coring and crystallization heat treatment in a roller kiln, cutting is conducted after the glass panel is cooled, and the microcrystal glass can be obtained. According to the method, the microcrystal glass is directly prepared through hot steel slag, the heat energy brought by high temperature of the liquid steel slag is fully utilized, in production, only the heat energy for heating additional raw materials to be melted is needed, and thus energy consumption is greatly lowered.

The invention provides a chip test board and a chip test system. The chip test board comprises a fixing frame formed by sequentially and vertically connecting a first cross rod, a second cross rod, a third cross rod and a fourth cross rod, and at least one PCB detachably connected with the fixing frame, wherein the PCB can be selectively arranged in the fixing frame. At least one PCB is detachably connected to the fixing frame, corresponding sizes of PCBs are designed according to the test demands of different devices, different quantities of PCBs can be further selected according to the actual demand, a plurality of PCBs are combined in use to share test resources and achieve resource reuse, the manufacturing area of the single PCB is decreased, cost is reduced, and the PCB is selectively arranged in the fixing frame, so that resources on a testing machine are reasonably utilized. The PCB and the fixing frame are simple to mount and dismount and convenient to operate.

The invention discloses a practical positioner comprising a rotary system, a overturning frame and a driven seat. One end of the overturning frame is connected to the rotary system, and the other end is connected to the driven seat. The rotary system is fixed on an main overturning seat. The rotary system comprises a motor, a reducer and a rotary support. One end of the reducer is connected to the motor, and the other end is connected to the rotary support connected to the overturning frame. The rotary support comprises a rotary support inner gear ring and a rotary support outer gear ring. The rotary support outer gear ring is connected to the overturning frame, and the rotary support inner gear ring is connected to the main overturning seat through a connecting disc and is engaged with the rotary support outer gear ring. A positioning clamping device is mounted on the overturning frame. The practical positioner is simple in structure and safe to operate, can meet positioning requirements of varieties of excavator rotary platforms, has better generality, can overturn more stably, can overturn and position a workpiece in 360 degrees, is operated with a limit clamping device, meets positioning and clamping requirements of the excavator rotary platforms, and meets the welding requirements of the rotary platforms.

The invention discloses an automatic shearing system, an automatic shearing method and an automatic production line for a steel grid plate as well as a manufacturing method. The automatic shearing system comprises a pedestal, wherein a feeding mechanism and a shearing device are mounted on the pedestal; the shearing device comprises a shearing mechanism; the shearing mechanism comprises a mountingplate; an upper shearing head and a lower shearing head which are symmetrical mutually are fixedly mounted on the mounting plate; slot holes are symmetrically formed in the upper shearing head and the lower shearing head; a fixed blade and a movable blade are mounted in the slot holes of the upper shearing head to form shearing angles; the upper shearing head is movably mounted on the mounting plate, and is driven by a Z-direction transmission mechanism to move on the mounting plate; and the shearing mechanism further comprises a power mechanism for pushing the movable blade to move. The automatic shearing system meets shearing requirements of steel grid plates of different models by changing telescopic distance of piston rods of hydraulic cylinders, greatly improves production efficiency, greatly increases a material utilization rate of the steel grid plate, and effectively improves production environment.

The invention provides a film coating heat knife slitting device. The device comprises a bonding system consisting of a bonding steel roller and a bonding rubber roller, a coating system consisting of a metering steel roller, a glue transfer steel roller, a glue transfer rubber roller, a coating metering steel roller, a coating glue pressing roller, a glue basin and a glue spraying system, and a heat knife slitting system consisting of a rotating heat knife, an adjusting part, a first transmission roller, a second transmission roller, a stripping roller, a pressing wheel set, a tension roller, a transmission net belt, a machine wall plate and a laser sensor; the coating system is positioned above the heat knife slitting system; and the bonding system and the heat knife slitting system are adjacently and horizontally arranged. The device is small in occupied production area and high in production efficiency, can increase the product pass percent, and prevents manual damage of printed products.

The invention discloses an automatic production line for forming to sintering of ferrite magnetic steel. The automatic production line comprises a plurality of empty push plate warehouses, an empty push plate trolley, a blank fetching and arrangement machine, a pressing machine, a conveying belt, an image conveying belt, an image identifying device, a first lifting trolley, a first slide rail, a blank conveying belt, a second lifting trolley, a second slide rail, a kiln furnace inlet conveying belt, a kiln furnace inlet automatic plate pushing device, a kiln furnace conveying belt and a kiln furnace. The invention also discloses an implementation method for the automatic production line for forming to sintering of the ferrite magnetic steel. The automatic production line has the advantages that the structure is simple, the product quality is good, the production efficiency is high, the production area is small, the production cost is low, the production cycle is short, and the like.

The invention provides a production process capable of improving the toughness of an aluminum profile. The production process comprises the following steps of: performing homogenization treatment on the aluminum profile, further performing solution treatment, and performing water quenching after the solution treatment to get a finished product, wherein the temperature for the solution treatment is 480-520 DEG C and the treatment time is 2-4 hours; clearing a solvent and performing acid cleaning; immersing the aluminum profile in the solvent for cleaning, and cleaning in clear water; selecting a spraying material, preliminarily setting sandblasting pressure as 200-250KPa, setting sandblasting distance as 160-180mm, setting sandblasting time as 8-15s and setting the number of turns of a product as 45-55RPM; repeatedly sandblasting the aluminum profile according to parameters; then performing surface processing on the aluminum profile and receiving the material; and packaging. According to the production process disclosed by the invention, harm to environmental pollution and health of a worker, which is caused by dust, can be greatly improved, and the production process can be directly mounted on a production line so as to save production area and be conducive to turnover of a workpiece.

The invention discloses an automobile assembly station adopting an industrial robot. The automobile assembly station is characterized by comprising a first base, a second base, a supporting frame, a material table, a hinge adjusting table, a feeding robot, a mobile robot and a tightening robot, wherein the first base and the second base are adjacently arranged, and the material table and the feeding robot are adjacently arranged; and a grabbing robot is provided with a visual system, the tail end of the mobile robot is provided with a gripper device, and the tightening robot is provided with a tightening system. The production area occupied by automatic assembly is much smaller than the working area for completing the same production task through manual assembly, traditional manual assembly and traditional semi-automatic assembly processes are replaced, the production efficiency is improved, and meanwhile, manual work is replaced to liberate labor force.

The invention discloses a grinding system and method for a blank of a shell of a differential mechanism. A vibrator is arranged at the bottom of a hopper-shaped bin, a storage box can be placed on the upper part of the inside of the hopper-shaped bin, an outlet of the left end of the hopper-shaped bin is connected with an inlet of the right end of a storage groove, a drive plate mechanism is arranged at an outlet of the left end of the storage groove, a sliding table is arranged below the outlet of the left end of the storage groove, a first clamping mechanism capable of sliding along the sliding table in the left-right direction is arranged on the sliding table and is fixedly connected with the left end of a piston of a steam cylinder of the sliding table, a shear type lifter is arranged below the sliding table, an end surface grinding machine is arranged on the left side of the shear type lifter, and a rotary working table is arranged on the ground of the left side of a grinding machine supporting table; four second clamping mechanisms which are the same are uniformly arranged on a circular table board of the rotary working table in the peripheral direction; a cylindrical grinding machine is arranged on the rear side of the rotary working table; a grinding machine for a special-shaped surface is arranged on the left side of the rotary working table. Two end surfaces and the outer surface of the shell of the differential mechanism are ground automatically, and automatic level of production, production efficiency and quality of products are improved.

The invention relates to the technical field of aluminum alloy profiles, and particularly discloses a wood-grain-printed aluminum material production line and a production process thereof. The production line comprises a heating channel which is used for carrying out baking and heat transfer printing to aluminum material coated with wood grain paper, a cooling channel for cooling the heat transferprinting finished aluminum material is arranged at the downstream end of the heating channel, an inspection table used for detecting the heat transfer printing degree of the aluminum material is arranged between the heating channel and the cooling channel, the production line is further provided with a suspension conveying mechanism for conveying the aluminum material, wherein the suspension conveying mechanism comprises an annular circulation rail which is connected with the heating channel, the inspection table and the cooling channel in sequence, suspension assemblies are arranged on the annular circulation rail in a sliding mode, and the tops of the heating channel and the cooling channel are provided with slits allowing the suspension assemblies to penetrate through and to extend into the heating channel or the cooling channel. The production line is suitable for the aluminum materials of more specifications and sizes, the cost is low, the connection between all the procedures issmooth, the annular arrangement is adopted, the continuity of the production line is improved, and the production area is effectively reduced.

The invention discloses equipment for processing an end pin of an integrated circuit board, relates to the technical field of automotive electronics, improves the bending precision of the end pin and reduces the production cost. The equipment comprises a machine frame, a clamp tool, an anti-deformation mechanism, a rotating mechanism and an end pin clamping mechanism, wherein the rotating mechanism comprises a servo motor and a revolving shaft; the end pin clamping mechanism comprises a clamping jaw air cylinder, a fixed knife edge and a moveable knife edge; the fixed knife edge is fixed on a revolving shaft; the clamping jaw air cylinder is arranged on the fixed knife edge; the moveable knife edge is fixed on a power arm of the clamping jaw air cylinder; a plurality of groups of trimming components are arranged on the fixed knife edge; each trimming component consists of an arc-shaped chute with one end opened to the clamping face of the fixed knife edge, a trimming knife edge, a fastening bolt and a trimming bolt; one end of the trimming knife edge is pivoted with the fixed knife edge and the other end is inserted into the arc-shaped chute; and the fastening bolt and the trimming bolt are arranged on the fixed knife edge. The device provided by the invention can reduce the production cost.

The invention provides a method for sealing of a furniture plate groove body and numerical control equipment for realizing the same. The method is characterized in that sealing wax is sprayed in theplate groove body, so that a wax layer is formed in cutting surfaces of the plate groove body to realize sealing; and thus free formaldehyde and bonder gas in a plate are prevented from being released. By adopting the method, the problem that the free formaldehyde and bonder gas are released because sealing performance is lost after grooving of the plate can be solved; the technique is simple; andmachining efficiency is high. The invention further provides a numerical control equipment for realizing the method; wax spraying operation is realized; labor cost is reduced; production efficiency is improved; and wax spraying technological quality and wax spraying machining uniformity are improved.

The invention relates to a method for brewing vinegar in one step through saccharification and alcohol fermentation and belongs to the method for brewing the vinegar. The method includes the steps of screening and cleaning corn kernels, carrying out degerming on the corn kernels, keeping skins of the corn kernels, smashing the core kernels with the skins to obtain high-fiber corn flour in a certain grain size, adding water into the corn flour according to a certain material-to-water ratio to make into corn flour milk with a certain concentration, carrying out high-temperature processing, high-shear processing, gelatinizing, liquifying, sterilizing, cooling, smashing and mixing on the corn flour milk, adding amylase and saccharomyces cerevisiae into the corn flour milk to carry out saccharification and alcohol fermentation, and completing saccharification and vinegar and alcohol fermentation in one step. By adoption of the method, water and time are saved, energy consumption is low, the production environment is clean, the production cycle is greatly shortened, and production efficiency is improved. In the production process, conditions are mild, no pollution and no hazardous substances generate, any chemical reagent is not used, and products are convenient and safe to use.

The invention belongs to the field of aeronautical manufacture engineering, and provides a detachable combined notch template and an application method thereof. The detachable combined notch template comprises four milling and cutting template assemblies forming a continuous closed loop. Every two adjacent milling and cutting template assemblies share one positioning basic hole, in other words, the number of the positioning basic holes is four, each positioning basic hole is used by each of the two corresponding milling and cutting template assemblies once, and therefore the four milling and cutting template assemblies are independently used. The four milling and cutting template assemblies each mill and cut a gate frame skin by a distance when independently used, a complete closed loop can be formed by the four milled and cut parts of the gate frame skin, and the milling and cutting work of the whole gate frame skin is completed. The detachable combined notch template is simple in structure and can be repeatedly detached and used, the allowance selection of a metal plate skin is sufficiently considered during design, and the field operation can be more user-friendly.