71results about How to "Improve code quality" patented technology

An acrylic resin ink for ink-jet printing on the surface of glass and polypropene plastics is prepared from acrylic resin, oil-soluble dye, electric conducting salt, adhesion improver EP2323, ethanediol ether, butanone and acetate. Its advantages are high adhesion and high resistance to rubbing.

The invention provides a method for rapidly developing a BI platform based on an EXTJS. The method for rapidly developing the BI platform based on the EXTJS is characterized by comprising the steps of packaging a service data source, data authority rules and an EXTJS control into a service control, assembling the service control into a service scene assembly, and assembling the service scene assembly into a page. According to the adoption of the method for rapidly developing the BI platform based on the EXTJS, due to the fact that most page codes are reused during development, the quality of the codes is high. Due to the adoption of the method for rapidly developing the BI platform based on the EXTJS, labor cost is also greatly reduced. Due to the fact that a learning curve of the EXTJS is long, workers who can skillfully use the EXTJS basically need long years of working, and middle and high ranking workers with high salaries are often brought. After the method for rapidly developing the BI platform based on the EXTJS is applied, only a proper service control is required to be selected on a proper scene, too many high-ranking development workers who are skilled at the EXTJS are not required, and only junior programmers are required.

The invention discloses a code spraying printer for a plastic packaging box and capable of facilitating ink adding, and relates to the technical field of packaging box code spraying. In order to solvethe problem that dual faces cannot be subjected to one-time code spraying, the code spraying printer is specifically characterized in that a height adjusting mechanism is mounted on the outer wall ofthe top of a base, two parallel side plates are mounted on the top of the height adjusting mechanism, conveying mechanisms are arranged on the inner walls of the two side plates, two induction code spraying mechanisms, turnover mechanisms and positioning mechanisms are mounted on the tops of the side plates, an ink bucket is fixed to the outer wall of the top of the base through a bolt, the outerwall of the top of the ink bucket is fixedly provided with a bucket cover through a bolt, the outer wall of one side of one side plate is fixedly provided with a control main board through a bolt, each conveying mechanism comprises a conveying motor and a conveying belt, the two induction code spraying mechanisms and the turnover mechanisms are mounted, the two induction code spraying mechanismscan carry out self-induction code spraying, in cooperation with the turnover mechanisms, one-time dual-face code spraying can be achieved, the process procedure can be saved, and the code spraying efficiency can be improved.

The embodiment of the invention provides an automatic battery coding device, and relates to the technical field of battery cell production and manufacturing equipment. The automatic battery coding device comprises an operation table, a conveying mechanism, a tool clamp and a coding mechanism. The tool clamp is used for clamping a product to be coded. The tool clamp is installed on the conveying mechanism. Under the effect of the conveying mechanism, the tool clamp operates back and forth between a feeding station and a coding station. The coding mechanism is installed on the operation table and used for carrying out coding operation on the product to be coded, wherein the product is clamped by the tool clamp. According to the automatic battery coding device in the embodiment, with the helpof the conveying mechanism, the position of the tool clamp is switched, and thus the coding mechanism conveniently carries out coding operation on the product which is clamped by the tool clamp and is to be coded. The whole device is totally operated automatically except manual feeding and discharging, coding efficiency is high, labor participation is reduced, the influence on the coding qualityby labor operation is avoided, and the coding quality is improved beneficially.

The invention aims to provide a laser engraving machine high in marking efficiency and marking quality and wide in use range. The laser engraving machine comprises a frame, a laser engraving unit and a feeding unit, wherein the laser engraving unit is arranged on the frame and comprises a laser device and a scanning camera, the laser device moves horizontally along the frame, the feeding unit directly facing the laser engraving unit comprises a feeding belt directly facing the laser device and the scanning camera, and the feeding belt is driven by a drive mechanism on the frame. The laser engraving machine has the advantages that consumable material use is avoided, and use cost is reduced greatly; the laser engraving machine is high in marking quality and avoids contamination, scraping and shedding the like as compared with printing or labeling.

The invention relates to an Android API application specification-based automatic code quality evaluation and optimization method. The method comprises the following steps of: constructing a specific analyzer to analyze an API summary document; classifying APIs on the basis of an Android API application specification, and establishing an API feature library; establishing an automatic scanning estimation engine, calling the APIs to scan a to-be-tested Android application program, carrying out statistic on type distribution of the called APIs, and locating calling positions of removed PIS, un-recommended APIs and hidden APIs; and providing an automatic code quality optimization suggestion so as to generate a code quality estimation report. For investigating the specification degrees of calling the APIs by Android application programs, an integrated automatic detection estimation system is established, so that Android application program developers can be effectively helped to detect and optimize the usage of the APIs, decrease the mis-application of the APIs and enhance the Android application program code quality so as to improve the security levels of the Android application programs.

The invention discloses a device for marking information on the surface of a feed packaging bag. During operation, a to-be-marked package bag driven by an external conveyor belt is fed from one side of a front-back driving motor; a marking executing unit left-right driving system and a marking executing unit front-back driving system adjust the position of a marking executing unit; during markingoperation, an air blowing purging nozzle arranged below a marking executor purges the surface of the package bag and then a marking and spraying device marks the packaging bag below; after the operation, the marking executing unit is driven to retreat; and then the external conveyor belt drives the marked package bag to move out and meanwhile, the next package bag is fed in. The device disclosed by the invention is specially used for marking dates of the feed package bag (without feeds). The device has the advantages of being simple in structure, convenient to operate, quick and convenient tomark and the like, and the production efficiency is increased greatly and the labor cost can be lowered if being applied to feed industry.

The invention discloses automatic detection and code-spraying equipment for lithium batteries. The automatic detection and code-spraying equipment includes a machine table and an intelligent control system. The automatic detection and code-spraying equipment is characterized in that the machine table is provided with a feeding device, an automatic detection device, a material transfer device, a sampling device, a code-spraying device, a material bearing device and a discharging device; according to the automatic detection and code-spraying equipment for the lithium batteries, the lithium batteries of jig trays are fed to the automatic detection device for detection by the feeding device in the machine table, after the detection, the jig trays are sent to the sampling device through the material transfer device, the unqualified lithium batteries are drawn out to the material bearing device, the remaining qualified lithium batteries are sequentially subjected to code-spraying and numbering by the code-spraying device, and the qualified lithium batteries after code-spraying in the jig trays are output by the discharging device in the machine table; and the automatic detection and code-spraying equipment for the lithium batteries not only has high working efficiency, but also can greatly reduce the labor intensity of employees, and is very suitable for lithium battery manufacturers.

The invention provides a tracking type dynamic bottle cap marking method. The method comprises the steps of bottle cap conveying, bottle cap positioning, bottle cap feeding, rotary moving, synchronoustracking, bottle cap marking, rotary discharging and finished product output. Through the arrangement of the synchronous tracking step and the synchronous linkage arrangement of the bottle cap feeding after the rotary moving, the automatic outward output of bottle caps after the bottle caps are marked is achieved, the full-automatic production of the bottle caps from feeding, marking to automaticoutput is achieved; and the technical problems that the synchronous tracking between the bottle caps and a bottle cap transferring device cannot be achieved and the bottle cap feeding effect is poorin the prior art are solved.

The invention aims to provide a laser engraving machine with high coding efficiency, good quality and wide application range. The laser engraving machine comprises a frame, a laser engraving unit arranged on the frame, and a feeding unit aligned to the laser engraving unit; the laser engraving unit includes a laser and a scanning motor horizontally moving along the frame; the feeding unit includes a feeding belt aligned to the laser and the scanning camera; and the feeding belt is driven by a transmission mechanism on the frame. The laser engraving machine prevents the material consumption to largely reduce the use cost, is high in coding quality, and prevents such phenomenon as contamination, scraping and falling compared with printing or labeling.

The invention discloses a urea finished product packing and conveying line capable of preventing missing code spraying, and the urea finished product packing and conveying line solves the problem that the code spraying can be missed under the condition that an existing automatic packing and conveying line stops running. The urea finished product packing and conveying line comprises a conveyor belt frame body (1), a conveyor belt (2) and a conveyor belt direct current driving motor (6) are respectively arranged on the conveyor belt frame body (1), a packing bag code spraying machine (7) and a code spraying machine inductive switch (8) are respectively arranged at the left end of the conveyor belt frame body (1), a code spraying area (12) is arranged at the left end of the conveyor belt frame body (1), urea finished product packing bags (11) are arranged on the conveyor belt (2), two optoelectronic switches preventing from missing code spraying are respectively arranged on one side of the code spraying area (12), and the distance (L) between the first optoelectronic switch (9) preventing from missing code spraying and the second optoelectronic switch (10) preventing from missing code spraying is equal to the width of the urea finished product packing bags (11) . The quality of the code spraying of an automatic packing production line is improved.

The invention provides a software debugging management method, device and system and a storage medium The management method comprises the steps that S1, using a cloud IDE based on a browser to write codes; s2, scanning the code according to a code standard, and displaying a scanning result to a user; s3, executing unit testing according to the code, and displaying an execution result to a user; and S4, running an application according to the code, and connecting other services according to the application for debugging. The method has the beneficial effects that the improvement of the qualityof terminal user codes can be promoted, and meanwhile, the investment cost of debugging between services is also reduced.

The invention discloses a counting and code spraying equipment for production line. The equipment comprises a base, supporting rods are fixedly connected to the four corners of the lower end of the base, a material receiving box is fixedly connected to the left end of the base, a conveying belt is in transmission connection with the middle of the upper end of the base, a lifting device is fixedly connected to the upper end of a supporting frame, the front end of the lifting device is fixedly connected with a displacement device, the other end of the conveying pipe is fixedly connected with an ink-jet printer, the left portion of the upper end of the base is fixedly connected with a stabilizing seat and an infrared sensor, the front portion and the rear portion of the upper end of the base are fixedly connected with auxiliary devices, the two auxiliary devices are located on the two sides of the conveying belt, and the left portion and the right portion of the front end of the supporting frame are each provided with a first sliding groove. According to the counting and code spraying equipment for the production line, the whole equipment is reasonable in structural design, the adjusting steps are simple, the code spraying position of a machined part is accurate, the code spraying quality of the machined part is high, and the counting and code spraying equipment is suitable for wide application.

The invention provides bottle cap double-sided laser marking equipment. The bottle cap double-sided laser marking equipment comprises a front feeding device, a back feeding device, a laser code printing device, a bottle cap arranging device and a height compensating device. The bottle cap arranging device is arranged on one sides of the front feeding device and back feeding device. The height compensating device is arranged on one side of the output end of the bottle cap arranging device, and the laser coding device is arranged at the output end of the height compensating device. A code printing area is formed between the height compensating device and the laser code printing device. The bottle cap arranging device is arranged, so that bottle caps can be conveyed into the height compensating device in the manner that the bottle caps are arranged at intervals on the front and back sides. Meanwhile, when the bottle cap arranging device is used for arranging the bottle caps, the height compensating device is synchronously driven to carry out height compensation in the bottle cap turnover process, front and back code printing processing is carried out in the code printing area, and automatic height compensation is carried out. The technical problem that in the prior art, due to height differences, the code printing quality is greatly reduced during code printing of a second surfaceis solved.

The invention aims to provide a laser engraving machine which is high in code printing efficiency, good in quality and wide in application range. The laser engraving machine comprises a machine frame, a laser engraving unit and a feeding unit, wherein the laser engraving unit is arranged on the machine frame, and the feeding unit right faces the laser engraving unit. The laser engraving unit comprises a laser device and a scanning camera which horizontally move along the machine frame. The feeding unit comprises a feeding belt which right faces the laser device and the scanning camera. The feeding belt is driven by a transmission mechanism on the machine frame. According to the laser engraving machine, using of wastage materials is avoided, and the using cost is greatly reduced; and the code printing quality is high, and compared with label printing or pasting, the phenomena of defacing, scraping, disengagement and the like are avoided.

The invention provides tracking type dynamic bottle cap marking equipment. The tracking type dynamic bottle cap marking equipment comprises a bracket, a marking device, a rotating device and a feedingdevice, the rotating device comprises a rotating assembly and an outputting assembly, the feeding device is slidably arranged on the bracket and comprises an interval pushing assembly and a trackingassembly, and the interval pushing assembly and one end of the rotating assembly are arranged in a linkage mode; and by arranging the feeding device and the rotating device, the feeding device pushesa bottle cap needing marking upwards to a bottle cap limiting piece of the rotating device and keeps a tracking state with the rotating device in the upward pushing process, the rotating device drivesthe bottom cap located on the bottle cap limiting piece to rotate and be transported, marking processing is conducted on the bottle cap on the marking device to achieve the automatic outward output,and the problems of time and labor wasting due to the manual linear distribution of the bottle cap in the prior art and the poor feeding effect due to the asynchrony of the bottle cap and the rotatingand transporting device in the feeding process are solved simultaneously.

The invention discloses a laser engraving device for a plastic spectacle frame. The laser engraving device is characterized in that a first driving device (5) is arranged at the left end of a cross beam (4), and the cross beam (4) is internally provided with a first screw rod connected with the first driving device (5); the first screw rod is movably connected with a longitudinal moving part (6),and the longitudinal moving part (6) is controlled to move left and right through the first driving device (5); a second driving device (7) is arranged at the top end of the longitudinal moving part(6), and the longitudinal moving part (6) is internally provided with a second screw rod connected with the second driving device (7); the second screw rod is movably connected with a moving seat (8),a laser engraving part (9) is fixed on the moving seat (8), and the laser engraving part (9) is controlled to move up and down through the second driving device (7); and a material clamping seat (12)arranged on a workbench (2) is driven to move forwards and backwards by a third driving device (10). The laser engraving device is simple in structure and convenient and rapid to operate.

The invention aims to provide a laser engraving machine which has high marking efficiency, high quality and a wide application range. The laser engraving machine comprises a machine frame, a laser engraving unit arranged on the machine frame and a feeding unit facing the laser engraving unit, wherein the laser engraving unit comprises a laser device and a scanning camera, which move horizontally along the machine frame; the feeding unit comprises feeding belts which face the laser device and the scanning camera; and the feeding belts are driven by a transmission mechanism on the machine frame. The laser engraving machine provided by the invention avoids material waste, greatly reduces the use cost and has high marking quality, and compared with printing or labeling, the laser engraving machine avoids the phenomena of staining, stripping, falling and the like.

One or more embodiments of the invention provide a code quality early warning method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining code historicaldata of a target code; analyzing the code historical data to determine a high-risk code set; and determining a code quality prediction result of the target code according to the high-risk code set. The code historical data of the target code is analyzed to realize early warning of the code quality of the target code, and the high-risk code set is established and analyzed, so that the overall codequality of the system is improved and the operation risk of the system is reduced while the code quality early warning of the target code is performed based on the high-risk code set.