35results about How to "Efficient fit" patented technology

The invention discloses a thin film glue coating roller cleaning mechanism and belongs to the field of thin film machining mechanical equipment. The thin film glue coating roller cleaning mechanism comprises a fixed support, a lifting hydraulic cylinder, a cleaning support, cleaning hydraulic cylinders, cleaning brush plates, a roller cleaning tank and a glue coating roller containing mechanism; the roller cleaning tank is horizontally arranged on the lower side of the fixed support; the cleaning support is horizontally arranged on the lower side of the lifting hydraulic cylinder; the two ends of each cleaning supporting plate are correspondingly and symmetrically provided with the cleaning hydraulic cylinders in an inclined downward manner; the middle portions of the upper sides of the cleaning brush plates are connected with piston rods in a hinged manner; limiting springs are symmetrically arranged between the two sides of each cleaning brush plate and the corresponding piston rod correspondingly; the glue coating roller containing mechanism comprises a glue coating roller, a cleaning motor, a horizontal movement hydraulic cylinder, a fixed sleeve and a horizontal movement cylinder; and the two ends of the glue coating roller are horizontally arranged in the fixed sleeve and the horizontal movement sleeve correspondingly. The thin film glue coating roller cleaning mechanism is reasonable in structural design and capable of fast and efficiently cleaning thin film glue coating rollers in various size specifications, improving the cleaning efficiency and quality of the glue coating roller and meeting the requirement of production and use.

The invention discloses a method for realizing finite-time control of a nonlinear active suspension system. First, a model equation of the active suspension system is established to analyze the space state of the active suspension system and performance indexes that need to be improved; and then an error system with time delay compensation is established. , the influence of the time delay of the active suspension system is compensated by the auxiliary system; secondly, the Lyapunov function relationship is established through the error system, and the virtual control law a is obtained by using the inversion technique 1 , the control law u, to improve the corresponding performance indicators; the approximate nonlinear function of the compensated error system is obtained through the gray neural network training again; finally, after the correction of the control law u, a new and smaller time delay effect of the active suspension system is generated, The method of the present invention is repeatedly and continuously cycled in a limited time, thereby realizing stable control of the active suspension system in a limited time.

The invention discloses a full-automatic fruit-added bread machine, which belongs to the technical field of food processing equipment. A baking timing shaft is fixedly installed on the left side, and a function button is fixedly installed on the left side of the bread machine main body and located on the side of the baking timing shaft, and the top of the bread machine main body is opened and penetrated with a fruit drop port . Through the delicate design, the present invention adopts the combination of fruit extrusion terminals, fixed connection plates, and fixed telescopic mechanisms, which is convenient to solve the problem that the existing fruit bread machine generally chops the fruit manually during the processing process, and the machine cannot cut the fruit. The problem of cutting fruit into granules can be achieved by the combination of the above structures, so that the equipment can actively squeeze the fruit into pieces, without manual chopping, avoiding manual waste of time cutting fruit, and effectively improving the use effect of the bread machine.

The invention relates to a high-softness nonwoven fabric, which is utilized as a nonwoven fabric of a base material of products, such as masks, can effectively save materials, has high-efficiency skin-closed permeability and strong toughness, is very soft and delicate and has higher tensile strength and hydroscopic property, and a manufacturing method of the high-softness nonwoven fabric. The high-softness nonwoven fabric is manufactured by the following steps of by utilizing fine fiber with the length of 1-5mm as a raw material, through a high-pressure pre-spunlace head of a forming machine, carrying out pre-spunlace winding on a fiber web on a formed web, carrying out main spunlace reinforcing and winding, drying and coiling.

The invention discloses a reverse embossing machine. The reverse embossing machine comprises a machine frame, a heating device, an embossing device and a position-adjusting device. The heating device comprises a lampshade, a heat-conducting oil heating wheel used for preheating a non-embossing face and a heating lamp tube used for heating an embossing face; the heat-conducting oil heating wheel can be connected to the machine frame in a rotating mode; the heating lamp tube is installed below the heat-conducting oil heating wheel and wrapped by the lampshade; the lampshade is detachably and fixedly arranged on the machine frame; the embossing device comprises an embossing wheel used for pressing patterns and a pressure wheel used for clamping; the embossing wheel can be connected to the machine frame in a rotating mode; the pressure wheel is located above the embossing wheel and can be connected to the machine frame in a rotating mode; one end of the position-adjusting device is connected to the machine frame, the other end of the position-adjusting device is connected to the pressure wheel, and the position-adjusting device is used for adjusting the distance between the pressure wheel and the embossing wheel. The reverse embossing machine can effectively utilize hot gas and improve preheating energy efficiency.

The invention relates to a roller laminating machine. The roller laminating machine comprises a first unreeling mechanism used for outwardly unreeling a first base material, a second unreeling mechanism used for outwardly unreeling a second base material, a gluing roller system used for transferring aqueous glue to the first base material, a flat heating system used for laminating the first base material coated with the aqueous glue to the second base material and heating to evaporate away water in the aqueous, and a reeling mechanism used for receiving the second base material laminated with the first base material. The roller laminating system can accurately coat the base material with the aqueous glue, and utilizes the flat heating system to control the evaporation capacity of the aqueous glue to realize low-pollution efficient lamination. The overall gluing process is simple, and there is no need to use extra ventilation systems, so the installation and the maintenance of the roller laminating machine are simple and convenient.