40results about How to "Meet the production takt" patented technology

The invention discloses a distribution diameter automatic pitch-control five-axle wheel screwing equipment which comprises a screwing bracket, a hoisting mechanism and five screwing shafts, wherein a screwing shaft fixing plate is fixed at one end of the screwing bracket; five through holes positioned in the same circumference are distributed on the screwing shaft fixing plate; the screwing shafts are fixed on the screwing shaft fixing plate; the hoisting mechanism is fixed at the other end of the screwing bracket; multiple radial pitch-control adjusting mechanisms are arranged on the screwing shaft fixing plate; the radial pitch-control adjusting mechanisms are connected with the screwing shafts in a one-to-one correspondence manner and used for adjusting the radius of the circumference in which each screwing shaft is positioned; each radial pitch-control adjusting mechanism comprises a reducing air cylinder and a sliding block, the cylinder body end of the reducing air cylinder is fixedly connected with the screwing shaft fixing plate through a fixing bracket, and the piston rod end of the reducing air cylinder is connected with the sliding block through a connecting bracket; and the sliding blocks are fixedly connected with the screwing shafts, and each through hole is an elongated sliding chute hole extending along the radial direction of the circumference. The distribution diameter automatic pitch-control five-axle wheel screwing equipment has the advantages of high automation degree, simpleness and convenience in operation, and high efficiency, and is applicable to large-scale flow line production on an automotive assembly line.

The invention belongs to the technical field of automatic assembling, and particularly relates to an automatic oiling device for a shifter. The invention provides the automatic oiling device for the shifter, which can be used for oiling accurately and quantitatively, and can improve the assembly efficiency. The automatic oiling device for the shifter, provided by the invention, comprises a working platform on an oiling station in a shifter assembling production line, and has the structural characteristics that a removable tray is arranged below the working platform, a lift cylinder is arranged below the removable tray, a shaft type housing lubricator, a tooth-shaped lubricator and a hole-type housing lubricator are arranged on the working platform, oil inlets of the shaft type housing lubricator, the tooth-shaped lubricator and the hole-type housing lubricator are connected with oil distributing holes of oil distributors through pipelines respectively, and the oil inlets of all oil distributors are connected with respective proportional valves through pipelines respectively; and oil outlets of the shaft type housing lubricator, the tooth-shaped lubricator and the hole-type housing lubricator are all positioned below the working platform.

The present invention relates to a front brake subassembly clamper for vehicle, wherein the front brake subassembly clamper comprises a crushing clamper base, a crushing clamper, a crushing clamper head, a positioning ring and a baseboard. The crushing clamper base and positioning ring are respectively fixed on the baseboard. The crushing clamper base is positioned at the outside of positioning ring. The crushing clamper is fixed at the top end of crushing clamper base. The positioning ring is a round table with fracture surface. The inner circular surface of positioning ring is matched with the external step surface of front brake. The fracture surface is provided with an outwards oblique plane and is matched with the size of projection of front brake assembly. The center of the crushing clamper head on the crushing clamper is aligned with the center of positioning ring. The positioning of the front brake assembly is ensured by the clamper positioning ring. The front brake assembly is compressed by a quick manual crushing clamper and the clamper is combined through bolts. The clamper for assembly has the advantages of low manufacturing cost, convenient operation, reliable positioning, ensured assembling quality and production tact satisfaction.

The invention discloses a mobile overturn robot and a multistation overturn method thereof, and belongs to the field of robots. The mobile overturn robot comprises an overturn device, a transfer trolley, and a travelling rail. The overturn device is arranged on the transfer trolley. The transfer trolley transfers the overturn device to different processing stations to perform overturn operation along the travelling rail. The overturn device comprises a power mechanism, an orienteering mechanism, and a locking mechanism. The locking mechanism is used to fix a cylindrical member. The power mechanism comprises an oil cylinder and a pull rod. The pull rod is connected with the locking mechanism. The oil cylinder moves horizontally to drive the pull rod to pull the locking mechanism to overturn. The orienteering mechanism is used to control operation directions of the power mechanism. The mobile overturn robot can perform overturn operation on a workpiece on different stations, and satisfies fast-paced industrial production, and overturn is stable and production security is high.

The present invention discloses a product state detection method and system based on an Adaboost algorithm. The method comprises the steps of acquiring interface images of products located in the needed state to generate an interface image sample; carrying out the gray processing on the interface images to obtain a gray images; carrying out the binarization processing on the gray images, and extracting an Haar characteristic; utilizing the Adaboost algorithm to train the Haar characteristic to obtain a classifier template; utilizing the classifier template to classify the interface images of the products acquired on an assembly line, and determining whether the interface images of the products are located in the needed states. According to the technical scheme provided by the present invention, the Adaboost algorithm, the image binaryzation and the Haar characteristic are combined to optimize the product image detection, and an optimization algorithm is introduced in the assembly line to detect the products, thereby being able to detect the products automatically, reducing the labor investment, also being able to satisfy the production takt on the production assembly line.

The invention relates to a motorcycle emission measuring method which includes the steps: 1) selecting one motorcycle conforming to emission standards; 2) preheating the motorcycle according to GB14621-2002; 3) measuring a standard temperature field; 4) selecting one motorcycle to be measured; 5) performing rapid running and preheating; 6) performing idle preheating; 7) adjusting idle speed; 8) measuring the temperature field of the motorcycle to be measured, continuing a step 9 if the temperature field is inconsistent with the standard temperature field, and skipping to a step 11 if the temperature field is consistent with the standard temperature field; 9) completely cooling the motorcycle to be measured; 10) returning to the step 5 and adjusting running speed v; 11) measuring the idle speed according to the GB14621-2002; 12) performing numerical value rounding; 13) recording idle speed emission measuring results; 14) returning to the step 4, and measuring emission of a next motorcycle. The motorcycle can be rapidly measured, and accuracy of testing results can be ensured.

The invention discloses a taking and delivering device for shoes. The device comprises a grasping mechanism, a vertical lifting mechanism and a horizontal transplanting mechanism, wherein the graspingmechanism is used for clamping or releasing shoes on stations; the vertical lifting mechanism is used for lifting up and down the grasping mechanism; and the horizontal transplanting mechanism is used for enabling the vertical lifting mechanism to move to and fro, so that the grasping mechanism can take and place the shoes among the front and rear stations. The device is separated from the stations according to the upper and lower layers, so that no space is occupied on the stations, the demand of clamping shoe trees with different heights and width can be adapted, the production takt also can be satisfied, meanwhile, the control is simple, and the cost is low.

The invention discloses a production assembly line of two-section hidden rails. The production assembly line comprises a movable rail component assembly machine, a spring frame assembly machine, a ball frame assembly machine and a fixed rail assembly machine. The movable rail component assembly machine is used for intelligently producing and assembling to form movable rail components to be storedon a movable rail component storage machine, then in the process of conveying a fixed rail through a finished product assembly conveying belt of the fixed rail assembly machine, spring frame components obtained by production of the spring frame assembly machine and ball frame components obtained by production of the ball frame assembly machine are installed one by one, and finally the movable railcomponents stored on the movable rail component storage machine are installed, so that pre-installation of whole sliding rail finished products is achieved, and finally, qualified slide rail productsare obtained after an adjustment test. Therefore, automatic installation operation of the two-section hidden rails is achieved, and the production assembly line has the advantages of improving production efficiency, relieving labor intensity of staff, and improving the product percent of pass at the same time.

The invention provides a block side wall installing and welding tool and process for a laser welding structure. The block side wall installing and welding process comprises the following steps that S1, an installing and welding frame and an aluminum plate profiling working tread are adopted as a tool main body; S2, an exhaust groove and a sealing groove are milled in the aluminum plate profiling working tread, and a vacuum pump is used for adsorbing a wallboard to the working tread through the sealing groove; S3, a corrugated plate is pre-spotted on the wallboard through a single-face pre-spotted technology, and the corrugated plate is positioned through profiling pressing positioning; S4, a layer of insulating paint is sprayed on the surface of the tool to prevent the wallboard and the tool from generating electric sparks to burn a strong board during pre-spotting; and S5, a gantry is assembled on the tool, and pressing and spot fixation of a framework and the wallboard on the tire position is achieved through the gantry. According to the block side wall installing and welding tool and the process for the laser welding structure, the wallboard is installed on a carbon steel installing and welding foundation platform in an adsorption mode, and laser automatic welding can be achieved under the condition that the tool is not pressed or positioned; compared with the spot welding,and after automatic laser welding is achieved, the quality of the exposed face is obviously improved.

The invention relates to the technical field of lithium battery production, in particular to a lithium battery separator drying production line. The lithium battery separator drying production line involves a rack, a first-layer drying channel, a second-layer drying channel, a top storage area, a bearing mechanism, a driving motor, a drying mechanism and an opening and closing bin door, the lithium battery separator drying production line is formed by the mode that the rack is matched with the first-layer drying channel, the second-layer drying channel and the top storage area in combination with one another, wherein the first-layer drying channel and the second-layer drying channel are main drying chambers, and a conveying device provides conveying capability for the first-layer drying channel, the second-layer drying channel and the top storage area. According to the lithium battery separator drying production line, the purpose of rapidly and uniformly drying a separator roll is achieved, uninterrupted drying operation can be carried out on a separator, and therefore, the drying efficiency of the lithium battery separator is greatly improved, the site is saved, the arrangement ofthe top storage area is matched at the same time, a product can be naturally cooled while the product is stored, and the functionality of the whole device is improved.

The invention discloses an intelligent preparation method for slow-release micro-crystallization metal salt mineral powder. The method includes the steps that a sensing module senses whether the weight of added raw materials reaches a certain preset value or not, and according to all sensing values, through internal analysis and computation, a PLC controls a heating module, a prompting module, a vibrating module, a grinding module, a stirring module, a concentrating module, a cooling module, a drying module and a smashing module to perform related operation. According to the method, through accurate control over various parameters, the stability of the slow-release micro-crystallization metal salt mineral powder can be effectively improved, and the release speed of the slow-release micro-crystallization metal salt mineral powder applied into soil can be reduced; production efficiency is high, the production tact is met, labor intensity is reduced, and detection is accurate and reliable; preparation efficiency can be effectively improved, the automation degree is high, operation is convenient, and resources are saved.

The invention relates to an auxiliary marking tool used for a glass base plate grinding workbench. The auxiliary marking tool comprises a main body part and a positioning part connected with the mainbody part, wherein a marking slot hole is formed in the main body part; and the positioning part comprises a positioning part which is matched with the glass base plate grinding workbench. With the adoption of the technical scheme, the auxiliary marking tool provided by the invention can mark out the same vacuum slot in table cloth.

The invention discloses an automatic ice cream stick feeding system. The automatic ice cream stick feeding system comprises a feeding bin, a feeding slide way, a conveying part and a feeding part, wherein the feeding bin is in a funnel shape. ice cream sticks are put into the feeding bin from the upper portion of the feeding bin, and the ice cream sticks slide out of a long and thin outlet in thebottom of the feeding bin; the feeding slide way is obliquely arranged so that the ice cream sticks can slide down under the action of gravity; the conveying part comprises chain wheels, a chain and amaterial carrying plate, the material carrying plate is fixed to the chain, and the starting end of the conveying part is positioned below the feeding slide way; the feeding part comprises a materialreceiving plate and a discharging slide way; and the material receiving plate comprises two supporting plates, the two supporting plates are arranged on the two sides of the tail end of the conveyingpart correspondingly, and the material receiving plate is connected with the discharging slide way. The ice cream sticks are put into the feeding bin and then transferred to the material carrying plate of the conveying part through the feeding slide way, when the ice cream sticks are conveyed to the tail end of the conveying part by the conveying part, the two ends of the ice cream sticks are lapped on the material receiving plate, and the ice cream sticks are lifted from the material carrying plate and pushed to the discharging slide way along with continuous movement of the material carrying plate and enter an ice cream stick processing production line.

The invention discloses a bulb lamp on-line automatic rapid electrical parameter detecting device and method which are used for detecting electrical parameters of a bulb lamp. The bulb lamp is provided with a bulb lamp live line electrode and a bulb lamp null line electrode, the detecting device comprises an electrical parameter tester, a PLC connected with the parameter tester through a bus, a rotary table station, a power-on tool manipulator and a relay. The power-on tool manipulator is connected with the rotary table station and comprises a straight-line motion mechanism and a power-on tool installed on the straight-line motion mechanism, and the output end of the power-on tool is connected with the electrical parameter tester. The input end of the relay is connected with the PLC, and the output end of the relay is connected with the input end of the power-on tool. The bulb lamp on-line automatic rapid electrical parameter detecting device and method can avoid problems brought by manual testing, also automatically perform electrical parameter testing and result judging on the bulb lamp and achieve rapid detection on the electrical parameters to meet the production takt of an overall assembling line.

The invention discloses a smart preparation system and method of slow-release microcrystallization metal salt mineral powder. The smart preparation system comprises a heating module, a vibration module, a grinding module, a prompt module, a stirring module, a concentration module, a cooling module, a drying module, a PLC, a crushing module and a sensing module. The sensing module is used for sensing whether the raw material feeding amount reaches a certain preset value or not; the PLC controls the heating module, the prompt module, the vibration module, the grinding module, the stirring module, the concentration module, the cooling module, the drying module and the crushing module to execute related operation after internal analysis and calculation according to all sensing values. According to the smart preparation system and method of slow-release microcrystallization metal salt mineral powder, through accurate control over all parameters, the stability of the slow-release microcrystallization metal salt mineral powder can be effectively improved, and the releasing speed of the slow-release microcrystallization metal salt mineral powder after being applied to soil is reduced; the smart preparation system and method have high production efficiency, meet the production tact, lower labor intensity and are accurate and reliable in detection; the preparation efficiency can be effectively improved, the automated degree is high, operation is convenient, and resources are saved.

The invention discloses a high-speed hydraulic machine which comprises a stand column and a frame-type bracket which is formed between and by an upper cross beam and a lower cross beam. A main oil cylinder with a downward piston rod is fixedly installed on the upper cross beam; a slide block is installed at a lower end of the piston rod of the main oil cylinder; the slide block is in slide and guide fit with the stand column through an adjustable guide rail guide mechanism; the adjustable guide rail guide mechanism comprises a slide block guide plate, an adjustable guide plate with a slant angle and a guide plate; the slide block guide plate is welded on the slide block; the guide plate is in slide fit with the stand column; the adjustable guide plate with the slant angle is fitly installed between the slide block guide plate and the guide plate; a sideway-type working table is erected on the lower cross beam; a bottom end of the sideway-type working table is provided with idler wheels; positioning holes matched with the idler wheels are distributed on the lower cross beam; lifting clamping mechanisms which push the idler wheels to move up and down are respectively installed below the positioning holes. The high-speed hydraulic machine can perform high-speed pressing on the hydraulic machine in production, the production efficiency of the high-speed hydraulic machine is about three times of that of an ordinary press, and the high-speed hydraulic machine satisfies continuously developing production rhythm.