35results about How to "Adapt to the needs of large-scale industrial production" patented technology

The invention discloses stable crystalline form I agomelatine tablets and a preparation method thereof. The method comprises the following steps: adding one or several protective agents into purified water, stirring, heating to the temperature of 35-40 DEG C, dissolving until the mixture is clarified, cooling to room temperature, adding crystalline form I agomelatine, and uniformly stirring to obtain a protective agent containing the crystalline form I agomelatine; uniformly mixing partial pharmaceutical excipients, adding the protective agent containing the crystalline form I agomelatine, and performing wet mixed granulating and drying to obtain granules containing the crystalline form I agomelatine; finally, adding the rest pharmaceutical excipients for uniformly mixing according to a ratio, and tabletting. According to the preparation method, the condition that the crystalline form I is not changed in the tablet preparation process can be fully guaranteed; the stability of the crystalline form I and related substances is high, and the requirement of large-scale production can be completely met.

The invention is a kind of intelligent rotary capacitor welding robot equipment, which discloses a rotary capacitor welding equipment, which includes a bottom plate, a vertical plate, a turntable, a fixture installation ring and a first motor, and the ring wall of the fixture installation ring is equally spaced Several electromagnetic clamping mechanisms are fixed, and the two vertical plates are respectively symmetrically provided with a lead wire cutting mechanism, a lead wire ball welding mechanism, a gasket sleeve mechanism, and an electrode sheet sleeve welding mechanism along the rotation direction of the turntable. The lead cutting mechanism is used to cut off the redundant lead part on the capacitor, the lead ball welding mechanism is used to perform ball welding on the lead wire on the capacitor, and the gasket sleeve mechanism is used to sleeve the insulating gasket into the capacitor On the lead, the electrode piece welding mechanism is used to put the electrode piece on the lead of the capacitor and weld the electrode piece and the lead wire together. The invention can realize the mechanized welding operation between the capacitor and the electrode sheet, greatly improves the welding efficiency of the electrode sheet, has good product consistency, and meets the needs of large-scale industrial production.

A bag feeding mechanism of a filling machine comprises a rack, wherein a tube drawing mechanism is installed on the rack, the tube drawing mechanism comprises a filling drinking tube positioning slide groove, a serial-connection sheet stripping mechanism, a tube clamping and feeding mechanism and a driving mechanism, wherein the filling drinking tube positioning slide groove can make outlet segments of filling drinking tubes of packaging bags slide along the groove and limit the outlet segments in the groove, the serial-connection sheet stripping mechanism is used for stripping serial-connection sheets for sorting packaging bags off the filling drinking tubes, the tube clamping and feeding mechanism is used for clamping the filling drinking tubes of the packaging bags and pushing the filling drinking tubes of the packaging bags forwards along the filling drinking tube positioning slide groove, and the driving mechanism drives the serial-connection sheet stripping mechanism and the tube clamping and feeding mechanism to rotate. The bag feeding mechanism has the advantages that the serial-connection sheets for sorting the packaging bags can be automatically stripped off the filling drinking tubes through the tube drawing mechanism, the filling drinking tubes are pushed to move forwards along the filling drinking tube positioning slide groove, the serial-connection sheets for sorting the packaging bags can be sequentially connected in series through a sheet connecting mechanism, so that the tube drawing mechanism can work conveniently, the working efficiency of the whole bag feeding mechanism is high, and the bag feeding mechanism can adapt to requirements for large-scale industrial production.

The invention discloses a technology for producing barium chloride by the witherite containing barium carbonate, which mainly comprises steps as follows: sulfur iron impurities are decomposed and oxidated to remove and the hydrated barium salt raw material liquid is prepared; the raw material liquid is electrically heated and concentrated in vacuum, which is driven by an axial flow pump, the solute is thermally crystallized to form the hydrated barium chloride dihydrate saturated crystalline; the crystallized hydrate is cooled to produce the serial barium salt products, wherein the vacuum heating condensation crystallization is a continuous production process; the whole technological process is implemented in the closed state; the by-products could be recycled; the crystallisation processis completed at one time and the production process is continuous. The products manufactured in the technological process has low impurity content, saves energy, is adaptive to the large-scale industrialization production and reduces the pollution and resource waste to a large extent.

The invention discloses an intelligent and compact automatic capacitor welding robot, which comprises a bottom plate, two support plates, a top plate, a capacitor feeding device fixedly connected to the top plate, a linear slide table fixed on the top plate, and a capacitor feeding device fixedly connected The laser line cutting device on the top also includes ball welding devices, gasket sleeve devices and electrode sheet sleeve welding devices symmetrically located on both sides of the capacitor feeding device. The linear slide table is used to simultaneously drive the ball welding devices on both sides of the capacitor feeding device, The gasket socketing device and the electrode sheet welding device complete the ball welding process, the insulating sheet socketing process, and the electrode sheet welding process for the capacitor in sequence; the invention can automatically realize the welding work between the capacitor and the electrode sheet, which greatly saves labor costs , to provide the welding efficiency of capacitors, good product consistency, adapt to the needs of large-scale industrial production, and compact structure, light weight, good portability, suitable for use in occasions where the workplace is frequently changed.

The invention discloses an intelligent and compact automatic capacitor welding robot and a welding method. The linear sliding table is used to simultaneously drive the ball welding device on both sides of the capacitor feeding device, the gasket sleeve device and the electrode piece sleeve welding device to complete the ball welding of the capacitor in sequence. Sequence, insulating gasket socketing process, and electrode sheet welding process; the invention can automatically realize the welding work between the capacitor and the electrode sheet, greatly saving labor costs, improving the welding efficiency of the capacitor, good product consistency, and adapting to large-scale It is required for industrial production, and has a compact structure, light weight, and good portability, and is suitable for use in occasions where the workplace is frequently changed.

The invention discloses a receiving cup conveying belt of a sheet forming machine, and relates to a sheet forming machine, which comprises a belt conveying mechanism and is characterized by also comprising a product hoisting and transferring mechanism, wherein the belt conveying mechanism comprises a rack, a driving mechanism, a driving wheel, a driven wheel and at least two mutually parallel conveying belts, the driving wheel and the driven wheel are respectively fixed on the rack in a rotatable mode, each conveying belt is respectively sleeved on the driving wheel and the driven wheel, the driving mechanism is connected with the driving wheel, and the product hoisting and transferring mechanism is fixed on the rack and is positioned between the driving wheel and the driven wheel and at the inner side of each conveying belt. According to the conveying belt disclosed by the invention, the situation of product toppling-over is effectively avoided, so that the number of products conveyed by the transferring mechanism every time can be greatly increased, the working efficiency is effectively improved, and the need of large-scale industrial production can be met.

The invention discloses a super water-soluble functionalized graphene / graphene oxide and a preparation method thereof. The functionalized graphene / graphene oxide includes a graphene / graphene oxide matrix with a membrane-like structure, and at least the surface distribution of the graphene / graphene oxide matrix is ​​connected with a sulfonic acid group, which is present in the aqueous phase system The solubility is above 100mg / ml, and it can be stored stably for more than three months, so it has wide application prospects; its preparation method includes: providing a medium formed by uniformly mixing sulfur trioxide and strong acid, and adding graphene / oxidized Graphene, so that the concentration of graphene / graphene oxide contained in the formed mixed reactant is 1-10wt%, and then the mixed reactant is reacted at 60-150°C for 1-10h, and then distilled above 160°C, leaving After cleaning, the target product is obtained. The process is simple and easy to implement, low in cost, safe and environmentally friendly, and meets the needs of large-scale industrial production.

A plasma etcher loading system comprises a loading cavity body and a cavity cover, a sealing ring is arranged between the loading cavity body and the cavity cover, a manipulator sheet taking and sending opening is formed in one side of the loading cavity body, a gate valve is arranged in the sheet taking and sending opening and connected with a manipulator cavity body, the loading cavity body is connected with a vacuum mechanical pump and an external air source, a tray rack of a supporting sheet tray is arranged inside the loading cavity body, the tray rack is provided with a plurality of supporting positions of the supporting sheet tray, each supporting position is provided with a notch which allows the sheet tray to leave, the tray rack is fixed on a base frame which is connected with a lifting rotating device, the lifting rotating device comprises a lifting operation portion and a rotating operation portion, the lifting operation portion comprises a guide rod, a lifting motor and a lifting transmission mechanism, the rotating operation portion comprises a rotating motor and a rotating transmission mechanism which is used for connecting the guide rod with the rotating motor, and a gap between the guide rod and the cavity body is sealed. The plasma etcher loading system has the advantages of being large in productivity of the sheet tray and capable of achieving batch machining.

The invention provides a polyurethane and foamed cement microscopically-composite heat insulating material and a preparation method therefor and belongs to the field of organic / inorganic composite type building materials. The preparation method is characterized by comprising the steps: adding ingredients such as cement and a foam stabilizer according to the conventional method, preparing foamed cement through carrying out foaming with hydrogen peroxide, and then, carrying out room-temperature curing until the foamed cement reaches an age; and then, mixing isocyanate, polyether polyol, polysiloxane polyether and a catalyst so as to obtain uniform slurry, then, submerging the dried foamed cement in the slurry, taking out the foamed cement after the foamed cement is completely impregnated with the slurry, carrying out standing for 2 to 4 hours so as to cure the foamed cement, then, submerging the foamed cement in water again, and then, carrying out foaming in a manner that water molecules are in contact with incompletely-reacted isocyanate through diffusion and infiltration, thereby obtaining the microscopically-composite heat insulating material. According to the material, organic polyurethane foam and inorganic cement foam are mutually independent and coexist in an interpenetrating manner, and microscopic compounding among interfaces is achieved, so that the foamed cement has relatively high compressive strength and relatively low coefficient of thermal conductivity.

The invention relates to a threading device of packaging bags. The threading device comprises a rack and is characterized in that a filling drinking pipe locating sliding groove, a bunched sheet conveying mechanism, a clamping pressing pipe mechanism and a driving mechanism are arranged on the rack, wherein filling drinking pipe outlet sections of the packaging bags are limited in a groove in the mode of being capable of sliding along the groove through the filling drinking pipe locating sliding groove, the bunched sheet conveying mechanism is used for conveying packaging bag tidying bunched sheets, the clamping pressing pipe mechanism is used for clamping filling drinking pipes of the packaging bags, tidying a neck and pressing the filling drinking pipes into tidying locating holes of the packaging bag tidying bunched sheets, the driving mechanism respectively drives the bunched sheet conveying mechanism and the clamping pressing pipe mechanism to rotate, the clamping pressing pipe mechanism is located below the filling drinking pipe locating sliding groove, and the bunched sheet conveying mechanism is located below the clamping pressing pipe mechanism. The threading device of the packaging bags has the advantages that the bunched sheet conveying mechanism is matched with the clamping pressing pipe mechanism, the work that the multiple packaging bags are sequentially arranged and bunched on the packaging bag tidying bunched sheets can be automatically completed, the working efficiency is high, and the threading device can be suitable for large-scale industrial production requirements.

The invention relates to a method for manufacturing water-based polyurethane synthetic leather. The designed technological process comprises the steps of preparing base fabric, humidifying and arranging the base fabric, coating water-based sizing agent, acid-releasing, solidifying, forming, washing, drying and sizing. The method has the advantages that no solvent is added, the organic contamination is thoroughly eliminated from the source, the potential safety hazards are eliminated, the working environment of workers is improved, and green and environment protective cleaning production is achieved indeed; the performances of a product is close to or superior to those of a solvent type product in appearance, structure, hand feeling and physical property, and the product is the best substitute for the solvent type product as well as a mainstream product of synthetic leather field development in the future.