103 results about "Machine factory" patented technology

The invention discloses an agricultural machinery intelligent monitoring system. The agricultural machinery intelligent monitoring system comprises a vehicle-mounted field monitoring device, an agricultural machinery selling management platform and an agricultural machinery producing management platform which are connected with each other; the vehicle-mounted field monitoring device comprises a finished vehicle general controller, wherein the input end of the finished vehicle general controller is connected with a bus combination instrument module, an intelligent alarm module, a video processing module and a hydraulic system module, respectively; the output end of the finished vehicle general controller is connected with a display terminal and a positioning module by a data transmission device; the display terminal is connected with a portable PC by an interface device. The using field, the intermediate selling and the remote producer form an intelligent management system for sharing and managing information data. By the system, under the condition that the situation of the machinery is detected and held completely, through comprehensive analysis, the whole course information management of complete machine factory-dealer-user-field-production process-harvesting, the harvesting processes of agricultural products are controllable, the faults can be traced back, and the problems can be solved.

The invention belongs to the technical field of construction and relates to a rapid construction method for a truss with a pneumatic membrane compression bar. The method for the truss with the pneumatic membrane compression bar comprises the following steps that: 1, the length of a pre-stress inhaul cable of the truss is determined in a machining factory and installation and adjustment allowance is reserved; 2, arrangement of support seat foundation and base is completed at a construction site; 3, 50KPa to 70KPa interior air pressure is inflated in an air bag of the pneumatic membrane compression bar; 4, two trusses are assembled; 5, a next truss is arranged in a spliced mode based on the two existing trusses; 6, more trusses are installed through the method of step 5 until assembly in the spliced mode of a whole truss structure is completed; 7, post construction tasks of the whole truss structure are completed with an installed truss structure as a working face; and 8, an air inflating device is connected with the air bag of the pneumatic membrane compression bar so that all construction of the whole truss structure is finished. The method for the truss with the pneumatic membrane compression bar is simple in steps, low in cost, capable of achieving construction without a scaffold and with construction devices in small number, applicable to the condition that the pneumatic membrane truss structure serves as a temporary structure and significant to earthquake relief work and rebuilding work after an earthquake.

The invention discloses an intelligent production turnover method based on RFID. After the RFID tag is bound to the material and the RFID reader on the door of the warehouse entry and exit passage identifies the tag, the warehouse entry management and the warehouse exit management are automatically realized, and the information is transmitted to the shared system management center of the main machine factory and the spare part factory, which matches the information of the shipment and the incoming goods, so as to ensure the accurate incoming and outgoing of the goods. In the process of material turnover, the only bar code and the RFID technology achieve transparent flow of information, thereby ensuring the effective connection between the main plant and parts factory, the efficiency of production turnover is conducive to being improved, and the labor costs and mistakes are effectively reduced.

A self-correcting and self-adapting control method of a water head and no-load opening degree combination curve of a speed governor comprises the steps of initializing a system, and reading original data, supplied by a main machine factory, of the water head and no-load opening degree combination curve; detecting whether the unit speed governor is started for the first time; if the unit speed governor cannot enter a no-load state, automatically accumulating the no-load opening degree corresponding to a current water heat through an electric control system of the speed governor based on a certain period T and a certain step length Y until the unit speed governor can normally enter the no-load state; if the unit speed governor enters the no-load state and the unit frequency is stably close to 50Hz, recording the current water head h and the no-load opening value y; correcting a water head and no-load opening degree combination curve table for the first, and releasing the shielding to theuptime time out fault; and correcting the water head and no-load opening degree combination curve table in real time. The method aims at solving a series of unit running problems caused by unreasonable setting of the water head and no-load opening degree combination curve of the speed governor in the unit parallel operation process.

The invention relates to a curtain wall efficient mounting method. The curtain wall efficient mounting method comprises the following steps that surveying and setting out are conducted, specifically,workers survey and set out axes of a building, central axes of vertical keels, horizontal lines of transverse keels and horizontal lines of finished weldments in advance; the finished weldments are manufactured, specifically, preburied plates and connecting pieces are customized, and the preburied plates and the connecting pieces are welded in advance in a machining factory or a construction siteground; anchor bolts are mounted, specifically, mounting points of the finished weldments are determined, and the anchor bolts are mounted on the mounting points of the building; the finished weldments are mounted, specifically, the preburied plates of the finished weldments are fixed to the outer surface of the building through the anchor bolts; the vertical keels are mounted, specifically, the vertical keels are fixedly mounted on the multiple sets of finished weldments located on the same central axis; the transverse keels are mounted, specifically, the transverse keels are horizontally andfixedly mounted on the two sides of the vertical keels; and a curtain wall is mounted, specifically, curtain wall face plates are mounted on the outer side faces of the corresponding transverse keels. The curtain wall efficient mounting method has the effects of high mounting efficiency, safe construction and low construction cost.

The invention provides a mechanical delay switch. The mechanical delay switch comprises a screw rod and two base plates which are fixedly installed at the two ends of the screw rod through insulating pieces, and the screw rod and the base plates are made of electric conduction materials. The screw rod is in threaded connection with a nut piece, at least two balance weight pieces with the same weight are fixedly arranged on the outer side of the nut piece, the balance weight pieces are evenly distributed in the horizontal circumference direction, and the nut piece can freely slide downwards in a rotating mode on the screw rod through the gravity of the balance weight pieces. The balance weight pieces and the nut piece are made of electric conduction materials, the balance weight pieces are conducted with the screw rod through the nut piece, and when the nut piece rotates to the end of the screw rod, the balance weight pieces can make contact with the base plates at the ends of the screw rod. One end of the screw rod is electrically connected to a first output electrode. The two base plates are connected in parallel through a wire and then electrically connected to a second output electrode. The mechanical delay switch is simple in structure, all components of the mechanical delay switch can be produced in a machining mode, and the mechanical delay switch is suitable for being produced and manufactured in machining factories.

The invention discloses a method for assembling a large-span steel frame by utilizing a temporary supporting bed jig, and belongs to the technical field of steel structure frame assembly. The temporary bed jig is arranged on the middle position of the large-span steel frame; the height of the temporary bed jig is the same as the bottom elevation of the frame; the frame is manufactured into two sections in a machining factory and the two sections are conveyed to the site for assembly; then the two sections of the frame are assembled by utilizing a crane; then the two sections of the frame are welded and fixed on the temporary supporting bed jig; then the temporary supporting bed jig is disassembled; and the large-span steel frame is assembled. The method has the advantages that the method is simple and easy to operate; midair single part assembly of frame supporting rod components is avoided, so that safety hazard is greatly lowered; meanwhile, assembly time is saved; labor and materials are saved; and construction cost is lowered.

The invention relates to a polypropylene material, and in particular relates to a modified polypropylene material for a soft freezing layer drawer of a refrigerator. The modified polypropylene material which is capable of replacing a conventional material, namely polyolefin, is prepared through physical commixing modification by adopting a polyolefin material with relatively low price, inorganic minerals, functional aids and the like; the modified polypropylene material is non-toxic and environmentally-friendly, good in processing flowability, excellent in mechanical property and good in low-temperature impact resistance, has a molding shrinkage rate being equivalent to that of ABS (Acrylonitrile Butadiene Styrene) or HIPS (High Impact Polystyrene), and can replace ABS or HIPS to be moldedinto products that meet the requirements of a main machine factory under the condition that sizes of injection molds are not changed; as the modified polypropylene material has no unsaturated doublebond, the aging resistance of the material is higher than that of ABS or HIPS; due to the adoption of the polyolefin material with low cost and a large amount of inorganic minerals for filling, the comprehensive cost of the modified polypropylene material is reduced by 10-15% compared with that of the conventional ABS and HIPS, and great economic benefits can be made.

The invention discloses a multifunctional iron chip cleaning device for mechanical processing factories, which comprises a vehicle frame, an intelligent controller, an electromagnetic sucker, and a hydraulic lifter. Traction chucks are arranged at both ends of the vehicle frame. There is a battery box, the intelligent controller is installed on the upper side of the vehicle frame, control buttons are arranged on the intelligent controller, a wireless receiver is installed on the upper side of the vehicle frame, and a A motor base, a spring shock absorber is installed on the motor base, a motor is installed above the motor base, a governor is installed above the vehicle frame, a rotating shaft is installed on the vehicle frame, and the two ends of the rotating shaft are installed There are wheels, a manual brake lever is installed on one side of the vehicle frame, and the hydraulic lifter is installed below the vehicle frame. The beneficial effect is that: the invention integrates the functions of iron filings cleaning and workpiece conveying, can be controlled wirelessly, is convenient to use, and improves the cleaning and transportation efficiency of iron filings.

The invention discloses a method for manufacturing an eccentric ring in a profiling method. After the installation of an upper assembly and a lower assembly is subjected to inspection, eccentric areas of the upper and lower assemblies are blown and cleaned, the upper assembly falls back to the lower assembly under the action of a synchronous hydraulic jack, so that the upper assembly and the lower assembly are aligned to each other, and an eccentric ring model can be manufactured after the alignment meets design requirements; gypsum slurry is injected to the position of the eccentric ring to form a gypsum model; after the gypsum model is hardened, the upper assembly is raised by the synchronous hydraulic jack; a mark is made on the gypsum model corresponding to the lower assembly, and the upper and lower assemblies are taken out for trial assembly; and the model can be delivered to a machining factory after meeting the requirements, and then the eccentric ring is machined by a profiling machine tool. The method is simple and feasible, and the accuracy of the manufactured eccentric ring is high.

The invention discloses a special-shaped furniture board stacking method. The method divides a stacking flow line into three areas, namely the input area, the buffer area and the stacking area. The input area is connected with a machining area; workers place machined boards on the flow line in the input area; the buffer area is used for buffering the boards from the input area; and the stacking area dynamically plans subsequent stacking of the boards according to the information of the boards in the buffer area and the stacking conditions. The special-shaped furniture board stacking method realizes stacking of special-shaped furniture boards randomly input, can be applied to a furniture machining factory, realizes quick and effective classification and stacking of multiple sets of furniture, provides convenience for subsequent box sealing, loading and transportation, greatly reduces the place needed to stack the boards in the furniture factory, realizes real-time generation, real-timeclassification and real-time stacking, and improves the working efficiency of the furniture factory.

The invention relates to a fabricated floor structure module and a manufacturing method thereof. The fabricated floor structure module comprises an open web steel truss, a prefabricated partial composite floor slab and micro-expansive concrete, wherein a plurality of anti-shear studs are arranged on the upper surface of the open web steel truss; the prefabricated partial composite floor slab is supported by the open web steel truss, and a plurality of through holes are formed in the prefabricated partial composite floor slab in a penetration mode; the anti-shear studs are inserted into the through holes of the prefabricated partial composite floor slab; the through holes are filled with the micro-expansive concrete, and the anti-shear studs are buried by the micro-expansive concrete. The environment problem caused by erecting a formwork for concrete floor slab pouring in a steel structure machining factory is avoided, and the concrete floor slab and the open web steel truss can be prefabricated and transported separately, so that transport weight is reduced; meanwhile, through effective construction, the integrity of the prefabricated floor slab can be ensured, and the fabricated construction technology is convenient to use and environmentally friendly.

The invention relates to the technical field of lubricating oil stirring, in particular to a stirring device suitable for machining lubricating oil stirring, and solves he problems that in the prior art, a stirring mode wastes time and labor, the phenomenon of uneven stirring is likely to occur, and meanwhile, after lubricating oil is opened, impurities enter lubricating oil in a machining factory, and the normal use of the lubricating oil is influenced if the impurities are not filtered and removed. A stirring device suitable for machining lubricating oil stirring comprises a box body, a partition plate is arranged in the middle of an inner cavity of the box body, the outer wall of the partition plate is fixedly connected with the inner wall of the box body, and a driving motor is fixedly connected to the top of the box body through bolts. Primary filtering is conducted on lubricating oil before stirring through a funnel, the viscosity of the lubricating oil is reduced, meanwhile, the problem that in the prior art, time and labor are wasted when manual stirring is adopted is solved, the stirred lubricating oil is filtered through vibration of a filter plate, and the lubricating oil can be mixed again to reduce the viscosity.

The invention discloses a screwdriver which can tap the hole, belonging to the field of hardware tools. At present, screwdriver and screw tap are hardware which is often used in machining factory. However, problems such as strong pertinence of operation object and weak universality and single function exists in the prior hardware. The screwdriver aims to provide a screwdriver which has the function of screw tap by arranging screw tap cutting head 2 on the rotating rod 3 of the screwdriver to realize the goal of multifunction. To have better function, the rotating handle of the screwdriver is provided with a force applying device. The screwdriver has the advantages of rational design, simple structure and convenient use, thus being applicable to various machining places.

The invention discloses a multilayer storage and transport assembly line and belongs to the field of transport assembly lines. The multilayer storage and transport assembly line comprises a loading region and a transport channel and further comprises a temporary storage region, a joint region and a tray storage region. One end of the transport channel is fixedly connected with the tray storage region, the other end of the transport channel is fixedly connected with the temporary storage region, the transport channel is perpendicular to the tray storage region, and the loading region is connected with the temporary storage region through the joint region. By the adoption of the technical scheme, the number of operators can be reduced in the main machine factory goods supply process, storage design is performed through the multilayer structure of the transport assembly line, the area of a workshop is reasonably used, the production efficiency of a whole workshop is improved, and therefore part production cost and whole workshop production cost are reduced.

The invention belongs to the technical field of stone machining machinery and particularly relates to a continuous grinding machine which is capable of grinding both planar and angular stone lines. For improvement, an angular stone positioning backup plate is arranged opposite to a planar grinding adjustment backup plate of a conveying belt, and a drooping gap is reserved between the angular stone positioning backup plate; a driven wheel is provided with a tensioning mechanism, and rotary bearings of a driving wheel and the driven wheel are positioned between upper and lower portions of the conveying belt. The continuous grinding machine is simple in structure, low in cost, capable of grinding both planar and angular stone lines and suitable for different demands of stone machining factories.

The invention discloses a steel joint for reinforcing and anchoring a concrete beam. The steel joint comprises a concrete column of an original structure and the to-be-reinforced beam, the concrete column of the original structure is sleeved with a horizontal ring plate and a ring hoop plate, the ring hoop plate is arranged on the horizontal ring plate, one end of the horizontal ring plate is located on the to-be-reinforced beam, and a plurality of newly-arranged longitudinal reinforcing steel bars are connected to the side, close to the to-be-reinforced beam, of the ring hoop plate. The invention further discloses an anchoring method of the steel joint for reinforcing and anchoring the concrete beam. The method comprises the steps of determining the sizes of the outer profiles of the ringhoop plate and the horizontal ring plate; determining the strength grade and thickness of steel of the ring hoop plate and the horizontal ring plate; establishing a finite element analysis model of the steel joint; producing the steel joint in a machining factory, reserving two splicing welding joints, and conducting welding after on-site splicing is completed; splicing and welding the steel joint on site, and pouring structural glue between the steel joint and the concrete column of the original structure. By means of the steel joint for reinforcing and anchoring the concrete beam and the anchoring method, the construction is convenient, the newly-arranged longitudinal reinforcing steel bars are stably anchored, the damage to the original structure is small, and the applicability is high.

The invention provides an airtightness detection tool for castings. The airtightness detection tool comprises a support, a base, a trapezoid screw A, a cushion block A, a trapezoid screw B, a cushion block B, a trapezoid screw C, a cushion block C and a breather pipe, wherein the support and the base are of an integrated structure, and the cushion block A is installed at the left end of the support through the trapezoid screw A and can move leftwards and rightwards under screw rotation of the trapezoid screw A; the cushion block B is installed on the top of the support through the trapezoid screw B and can move upwards and downwards under screw rotation of the trapezoid screw B; the cushion block C is installed at the right end of the support through the trapezoid screw C and can move leftwards and rightwards under screw rotation of the trapezoid screw C; the breather pipe is connected to the base and is led into the base, and an outlet is formed in the center of the upper end of the base. The airtightness detection tool can quickly determine defective casting products through detection, reduces machining and assembling costs of a machining factory, shortens adjusting time and improves production efficiency.

The invention relates to the field of building structure structural parts, and discloses a connecting structure of a beam-column joint of a steel pipe concrete combined column. The connecting structure of the beam-column joint of the steel pipe concrete combined column comprises a center square steel pipe, an edge end square steel pipe and a steel beam. The center square steel pipe is connected with the edge end square steel pipe through a column connecting assembly. The edge end square steel pipe is connected with the steel beam through a beam connecting assembly. According to the connecting structure of the beam-column joint of the steel pipe concrete combined column, the center square steel pipe is connected with the end square steel pipe through the column connecting assembly, the rigidity of the joint is increased greatly, and meanwhile, twisting of the center square steel pipe and the end square steel pipe is prevented and controlled effectively; according to the connecting structure of the beam-column joint of the steel pipe concrete combined column, beams and columns are connected through bolts, direct welding is avoided, the purpose of beam-column separation is achieved, brittle failure which occurs in the beam-column joint is avoided effectively, so that plastic hinge offset is caused, and seismic requirements of strong column-weak beam and strong joint-weak structural part are met; and according to the connecting structure of the beam-column joint of the steel pipe concrete combined column, all structural parts and connecting parts are machined and completed in a machining factory, the beams and the columns on a construction site are connected by using the bolts, welding working on the construction site is avoided effectively, the degree of assembly is high, and installing is convenient and fast.

The invention discloses a method for reducing the content of aldehyde and ketone VOC (volatile organic compounds) of an automobile air-conditioning case housing. The method comprises the following processing steps: S1, boiling: setting the water temperature as 45-100 DEG C and placing the air-conditioning case housing in water for boiling for 1-2 h; and S2, ventilating and air drying: taking the boiled air-conditioning case housing out of water, ventilating and air drying, wherein the environment temperature for ventilating and air drying is set as 25-40 DEG C. Under the water temperature within the temperature range, aldehyde and ketone organic compounds in the air-conditioning case housing are extremely easily dissolved in water after volatilization due to a low boiling point, so that the VOC content of the air-conditioning case housing is reduced. According to the method for reducing the content of aldehyde and ketone VOC of the automobile air-conditioning case housing provided by the technical scheme of the invention, after the automobile air-conditioning case housing is subjected to boiling, ventilating and air drying, the content of aldehyde and ketone VOC of the air-conditioning case housing is reduced by 70%-80%, which meets the aldehyde and ketone VOC standards established by the main machine factories, and meanwhile the automobile passenger compartment is endowed with a comfortable and healthy environment; besides, the processing method is simple, good in operability and low in cost.

The invention discloses a dynamic railway scale high-speed data acquisition device and a method, so as to solve problems that the device needs to be highly configured as dynamic data are unreliably measured. The device comprises a measurement terminal device arranged in a measurement field and a control device arranged in a control room, wherein the measurement terminal device comprises a weighing platform arranged below two bearing rails, a sensor module and a support; and the control device comprises a rack, a power supply module, a weighing module, a serial port communication module, a CPU module and a metering module. The invention also discloses a dynamic railway scale data acquisition method based on a PLC program and a dynamic railway scale weighing method. The problems that an ISA interface card needs to be arranged in a computer, and an industrial computer needs to be used can be solved, assembly requirements on the computer are reduced, self improvements according to needs can be carried out, the device does not depend on a weighing machine factory, the application cost is reduced, the use is flexible, universality is strong, and programming is convenient.