77results about How to "Realize standardized operation" patented technology

The invention provides a full-automatic paper box forming machine, which is applicable to the technical field of full atomization. The paper box forming machine comprises a machine frame, a paper box loading device, a releasing device, a paper box forming device, a top edge folding device, a feeding and nailing device, an adhesive tape sealing device and a controller, wherein the paper box loading device, the releasing device, the paper box forming device, the top edge folding device, the feeding and nailing device and the adhesive tape sealing device are sequentially arranged on the machine frame, the paper box loading device loads a paper box under the control of the controller, the release device moves the paper box into the paper box forming device, the paper box forming device forms the paper box, the feeding and nailing device binds the paper box, and the adhesive tape sealing device seals adhesive tapes on the bound paper box. Compared with the conventional paper box forming machine, the invention has the advantages that all flow processes are completed through controlling an automatic forming machine by the controller, the labor is saved, the standard operation is realized, and the invention can ensure that each product can be finished according to the technical requirements. In addition, the work efficiency is improved.

The invention provides a mechanical device and a method for achieving constant-speed, constant-pressure and non-missing plain canning of a B ultrasound probe. The device comprises a guide rail assembly and a guide rail assembly bracket; the guide rail assembly comprises an X axial guide rail, a Y axial guide rail, a Z axial guide rail, and a rotatable B ultrasound probe clamp which is mounted at the bottom end of the Z axial guide rail; a pressure sensor and an angle measuring sensor are arranged on a lower bracket of the Z axial guide rail; the guide rail assembly is connected with the guide rail bracket through a rotating shaft and can be rotated around the rotating shaft; the guide rail assembly rotates to drive a motor and a rotating speed reduction device; the transmission mode of the guide rail is performed through a precision lead screw or a gear belt; the B ultrasound probe is driven by a driving mechanism to axially move at constant speed in the X, Y and Z directions; meanwhile, the probe is swung under the effect of the probe clamp rotating mechanism; a track assembly is driven by the rotating mechanism to rotate to adjust the vertical relationship between the ultrasound direction and the detection surface, so as to achieve constant-pressure, constant-speed, non-missing and overlapping-free scanning of the B ultrasound probe.

A process for preparing the salted radish strips with special taste includes such steps as loading the radish strips in a container layer by layer while adding edible salt and spraying the mixture of the liquid culture of lactobacillus and the solution of Ca salt onto each layer, adding the hot spicing bag to the middle of container, sealing, salting for 36-72 hr, transferring said radish strips into another container but removing said hot spicing bag, sealing, salting for 48-72 hr, mixing the radish strips with additive and edible salt, loading the mixture in the third container, compacting, spraying edible salt, sealing and salting for 28 days.

The invention relates to the improvement of a converter steel ladle bottom argon blowing automatic control system. The converter steel ladle bottom argon blowing automatic control system is characterized by comprising a system main module, a tapping stage judgment module, an argon station stage judgment module, a gas amount adjusting module, a pipeline on-off module and a manual control module. The converter steel ladle bottom argon blowing automatic control system has the advantages that standard operation of converter argon blowing is achieved, the argon blowing effect is improved, and therefore the purity degree of molten steel is increased; molten steel composition segregation and continuous casting flocculant flow caused by non-in-place or nonstandard argon blowing due to manual reasons are reduced; argon blowing is managed in a refined manner, and argon moving and manual waste are eradicated; and convenience is brought to all-procedure accident analysis, and process management dead zones are eliminated.

The invention discloses a field planting method for efficiently mating maize diallel crossing combinations. Male parents are planted in rows, wherein the male parents of the same row are the same male parent selfing line; female parents are planted in lines, wherein the female parents of the same line are the same female parent selfing line, the number of rows of each line of the female parents is equal to that of the types of the male parent selfing lines, the first row of the male parent selfing lines and the first row of all the lines of the female parent selfing lines are planted into one row, the second row of the male parent selfing lines and the second row of all the lines of the female parent selfing lines are planted into one row, and the rest can be done in the same manner until the last row of the male selfing lines and the last row of all the lines of the female parent selfing lines are planted into one row. During pollination, the female parent selfing lines are subjected to castration, the male parent selfing lines pollinate corresponding rows of female parent selfing lines by row in correspondence to the lines, and after the selfing lines are ripe, harvesting is sequentially conducted by row and by line. According to the field planting method, the workload and complicated degree in the preparing links of existing diallel crossing combinations are lowered, the probability of pollen mixing is lowered, the pollination and seed clearing efficiency is improved, errors caused by human negligence are reduced, and the field planting method is suitable for application and popularization of maize breeding within a large range.

The invention relates to a mini movable service vehicle for a tire. The service vehicle comprises a cab and a service vehicle box body, wherein a tire changer, a dynamic balancing machine, a jack, an air compressor, a tool kit and a jack hammer are arranged in the box body, wherein a space in the box body is divided into five different sections, wherein one side, which is close to the cab, in the box body is an air compressor section which is transversely arranged along the box body; the longer direction of the machine dimension of the air compressor is transversely placed in the section along the box body; other spaces in the box body are longitudinally divided into a jack hammer section, a tire changer and dynamic balance section, a tool kit section and a tire placing area along the box body, wherein the jack hammer section, the tire changer and dynamic balance section, the tool kit section and the tire placing area are longitudinally arranged along the box body; the tire placing zone is located at the middle position of the four sections. The mini movable service vehicle has the advantages of high space utilization rate of the box body, convenience for use, complete equipment and strong mobility.

The invention discloses an automatic loading system for a vanadium-nitrogen alloy and a loading method. The system comprises loading equipment and a crucible circulating heating device; the loading equipment comprises a main bin, a sieve, at least one fixing bin and at least one discharging hopper; a feeding port is formed in the top of the main bin; the sieve is obliquely mounted at the bottom of the main bin; a discharging port is formed in the wall of the main bin at the lowest end of the sieve; a vertical gate is mounted on the discharging port and is controlled by a vertical gate air cylinder to be opened and closed; the at least one fixing bin is mounted on the outer side of the discharging port and communicates with the discharging port; a movably-mounted transverse gate is arranged at the bottom of the at least one fixing bin and is controlled by a transverse gate air cylinder to be opened and closed; the at least one discharging hopper is arranged at the lower end of the at least one fixing bin; the crucible circulating heating device comprises a track and at least one row of crucibles placed on the track; the crucibles run on the track in a circulating manner; the loading equipment is fixed at the upper end of the crucible circulating heating device; and the volume of each fixing bin is equal to that of each crucible.

The invention discloses an instrument for perpendicularly assembling a chemical mixer and a penicillin bottle. The instrument for perpendicularly assembling the chemical mixer and the penicillin bottle comprises a base, a rotary shaft, a disk I, a disk II, a support, a guide plate, a connecting rod, a push rod and a curved bar, wherein the rotary shaft is vertically arranged on the base, the rotary shaft is fixedly sleeved with the disk I and the disk II, the guide plate is arranged above the disk II, the curved bar is arranged on the top of the support, an outwards protruding section I of the curved bar is sleeved with one end of the connecting rod, the other end of the connecting rod is hinged to one end of the push rod, the push rod penetrates through the guide plate, a plurality of clamping grooves are formed in the disk I in the circumferential direction of the disk I, the outer sides of the clamping grooves are open, round holes which correspond to the clamping grooves in a one-to-one mode are formed in the disk II, and the other end of the push rod is arranged above a rotation track of the round holes. The instrument for perpendicularly assembling the chemical mixer and the penicillin bottle is integrally designed, and is fixed in occupied space and good in stability; due to the fact that synchronous rotation is formed between the two disks, continuous operation of loading, puncture assembly and unloading can be achieved, and handling capacity is flexible and adjustable; due to the fact that puncture assembly between penicillin bottles of different specifications and infusion bags of different specifications can be achieved through switching between the disks of different specifications, and the instrument for perpendicularly assembling the chemical mixer and the penicillin bottle is wide in range of application.

The invention discloses a common poison screening identification and confirmation standard, a screening method and a kit, the common poison screening identification and confirmation standard comprises a precursor ion m/z used for identification, a threshold coverage greater than 5000, a signal-to-noise ratio threshold greater than 5, and a mass deviation less than 5 ppm; the retention time is used for confirmation, and the window coverage is +/-1min; the fragment ions are used for confirmation, the minimum number of the fragment ions is 1, the peak intensity threshold value is 1000, and the MS Order is set as MS2; the isotope mode is used for confirmation, the matching threshold value is larger than 70%, and the allowable mass deviation and the allowable intensity deviation are smaller than 20%. When a poisoning event occurs and a judicial poison test occurs, the database provided by the invention can realize rapid, accurate and broad-spectrum screening of organic poison at a poisoning level.

The invention discloses a cooking method, which comprises the steps of acquiring a cooking processing technology, and executing rice cooking operation according to the acquired cooking processing technology; according to a side dish adding instruction in the cooking process, executing midway dish adding operation in the cooking utensil; and when the side dishes are added into the cooking utensil,executing continuous cooking operation, wherein the continuous cooking operation comprises the step of driving the cooking utensil to rotate through a driving device until cooking is completed. The invention further discloses cooking equipment. The cooking equipment comprises an inner container, a heating unit, a temperature detection unit, a driving device and a control unit, wherein the controlunit comprises at least one memory and a processor connected with the at least one memory, and the memory stores instructions which can be executed by the at least one processor so as to enable the atleast one processor to execute the cooking method. According to the invention, the dish adding operation in the cooking process can be realized, and side dishes can be added into rice through the dish adding operation so as to make rice served with meat and vegetables on top or soup rice.

The invention discloses a diamond abrasive wheel mechanism based on 3D printing. The diamond abrasive wheel mechanism comprises a computer three-dimensional modeling machine, a printing machine table and a laser generation assembly. A powder laying assembly, a powder sending assembly and a base work layer are arranged on the printing machine table, wherein the base work layer is of a sandwich type structure. A three-dimensional solid model of a to-be-manufactured product is designed through the computer three-dimensional modeling machine, and the work path of the laser generation assembly is calculated. The powder laying assembly is arranged on one side of the printing machine table and is used for conducting powder laying on the base work layer. The powder sending assembly is cooperatively connected with the powder laying assembly and conducts powder sending operation on the powder laying assembly. The laser generation device is arranged on the printing machine table and conducts layer-by-layer cladding on a powder laying layer of the powder laying assembly. By means of the improvement on the above structure, the diamond abrasive wheel mechanism has the beneficial effects of being simple, reasonable, good in performance, automatic in production, environment-friendly, low in consumption, safe, reliable and high in practicability.

The invention provides a building installation unit identification system and method. The system comprises electronic tags fixed to installation units, a unit router corresponding to the electronic tags, and a terminal used for reading the electronic tags and communicating with the unit router, wherein an electronic tag reader and a network component are arranged in the unit router; and an electronic tag reader, a calculation unit and a network component are arranged in the terminal. The method comprises the steps of dividing a building into the installation units, wherein each installation unit generates an independent code; inputting the independent codes to the electronic tags, and fixing the electronic tags to the installation units; forming a group by the installation units to correspond to the unit router; and reading the electronic tags and communication information of the terminal and the unit router through the terminal to guide uninstallation, transport and installation of the building. Through different schemes for grouping different data, intelligent installation and uninstallation can be realized, so that the construction efficiency is greatly improved. The building installation unit identification system and method can be used for detecting installation quality.

A resin roller grinding wheel based on 3D printing forming comprises a computer three-dimensional modeling machine, a printer platform, a base body and a material extruding opening working layer. The base body is an elastic roller and arranged on the printer platform in a rolling mode. The computer three-dimensional modeling machine designs a three-dimensional solid model of a product to be made and calculates a working path of the material extruding opening working layer. The material extruding opening working layer is arranged on the outer round face of the elastic roller and extrudes materials on the outer round face of the elastic roller layer by layer according to the working path. By improving the structure, the roller made of an elastic material serves as the base body, the part between the base body and a rotating shaft on the printer platform is made of abrasion resistant steel, the material extruding opening working layer is arranged on the outer round face of the elastic roller, and the setting mode of the working layer can be independently designed according to practical requirements. The resin roller grinding wheel has the characteristics of simple and reasonable structure, excellent performance, automatic and environmental-friendly production, low consumption, safety, reliability and the like, practicability is high.

The invention discloses a fermentation production system based on a container and a solid fermentation production method. A warehouse is designed to be a standard part of a container structure, meanwhile, a fermentation device is divided into a working bin, a fermentation bin and a quantified discharging bin, the working bin, the fermentation bin and the quantified discharging bin have clear functions, the completely standardized fermentation production system is constructed, and a traditional warehouse management facility and method are completely omitted. After fermentation, material storage and transportation are correspondingly standardized, a new breakthrough improvement is generated in establishment of fermentation production equipment, equipment maintenance and fermented product storage and transportation are greatly influenced, and breakthrough revolution is brought to construction, management and a business model of a traditional fermentation production enterprise.