30results about How to "Realize the pressing operation" patented technology

The invention provides a pressing device. The pressing device comprises an end pressing unit, a telescopic guide arm, a rotating guide holder, a rotating guide post and a moving base, wherein the rotating guide holder comprises a telescopic square tube and a guide circular tube; the telescopic square tube and the guide circular tube are arranged in a T-shaped structure; one end of the telescopic guide arm is connected with the end pressing unit, while the other end is horizontally inserted into the telescopic square tube of the rotating guide holder; and one end below the rotating guide post is fixed on the moving base, and one end above the rotating guide post is inserted into the guide circular tube of the rotating guide holder. The telescopic guide arm and the rotating guide holder are arranged in the pressing device so that the end pressing unit not only can be extended for adjustment, but also can be rotated for adjustment. Therefore, the pressing range is greatly increased, and the pressing operation of a workpiece at a long distance and at different positions is realized.

The invention belongs to the technical field of artificial board production and particularly discloses a processing method of a particle board. The processing method comprises raw material preparation, screening, flaking, drying, storing, mixing, mould feeing, hot pressing and inspecting and storing, wherein in the step of hot pressing, a motor is started, a second rotation shaft rotates to generate down pressing force, a down-pressing block drives a hydraulic block to move downward together so as to push an up-pressing plate to move downward and down press a particle board and heating plates; meanwhile, the particle board is extruded between the heating plates to realize a pressing operation of the particle board; and after the pressing of the particle board, the motor is turned off, a flexible connector and a spring recover deformation to promote separation of the heating plates, and then the upper surface of the particle board is separated from the lower surface of the heating plate. The scheme provides a processing method of a particle board, wherein the pressing plate is under uniform stress, and the pressed particle board easily falls off and is not crushed.

The invention discloses a reinforcing rib pressing machine for color steel tiles and a method for using the same, and relates to the technical field of color steel tile processing, in particular to a steel plate body and a size adjustment assembly, and a first movable bracket is arranged under the right end of the steel plate body , the output end of the first motor is connected with a first gear, the bottom of the hydraulic press is connected with a second movable support, the output end of the second motor is connected with a second gear, and the second gears are connected by The second transmission belts are connected to each other, and the size adjustment assembly is arranged on one of the main lower pressing roller and the main supporting pressing roller. The reinforced rib pressing machine for color steel tiles and its use method can carry out pressing operations for steel plate bodies of different widths by adjusting the width dimensions of the main support pressure roller and the main lower pressure roller, and repair the steel plate body after pressing In order to improve the aesthetics and improve the size accuracy, the width of the main support roller and the main lower roller can be reduced to the minimum when idle, so as to reduce the volume and facilitate storage.

The invention discloses a labelling device for bottled drink. The labelling device comprises a drink bottle transmitting device, two label paper rotating disks, a rack and a label pressing protective wheel, wherein the drink bottle transmitting device is arranged at one side of the rack in an L-shaped shape; the label paper rotating disks are fixed on the rack through movable adjusting support pillars and are positioned at two sides of the drink bottle transmitting device; the label pressing protective wheel is fixed at one side of the label paper rotating disks along the transmitting direction of the drink bottle transmitting device; the label pressing protective wheel comprises a first vertical support rod, a horizontal fixing rod, a second vertical support rod and a wheel guard; a first adjusting knob is arranged on the first vertical support rod; the horizontal fixing rod and one end of the first vertical support rod are connected; a second adjusting knob is arranged in the middle of the horizontal fixing rod; the second vertical support rod is fixed on the horizontal fixing rod; a third adjusting knob is arranged in the middle of the second vertical support rod; the wheel guard is arranged on a fixing plate above the second vertical support rod; and a driving motor is arranged above the wheel guard. The labelling device for the bottled drink, disclosed by the invention, has the advantages of simple structure, convenience in use and high laminating strength of labels.

The invention provides a pressing device, which is used for pressing and positioning of large workpieces. The pressing device comprises an end pressing unit, a fixing guide arm, a rotating guide holder, a rotating guide post and a moving base, wherein the rotating guide holder comprises a fixing square tube and a guide circular tube; the fixing square tube and the guide circular tube are arranged in a T-shaped structure; one end of the fixing guide arm is connected with the end pressing unit, while the other end is horizontally inserted into the fixing square tube of the rotating guide holder; and one end below the rotating guide post is fixed on the moving base, and one end above the rotating guide post is inserted into the guide circular tube of the rotating guide holder. The fixing guide arm and the rotating guide holder are arranged in the pressing device so that the end pressing unit not only can be extended for adjustment, but also can be rotated for adjustment. Therefore, the pressing range is greatly increased, and the pressing operation of a workpiece at a long distance and at different positions is realized.