34results about How to "Guaranteed not to shake" patented technology

The invention discloses a gripping device of a stacker. The gripping device comprises supporting frames, heavy load mobile groups, light load mobile groups, gripping groups and distance adjusting air cylinders. Barrels are clamped through air bags, it is guaranteed that the cylindrical barrels do not swing in the gripping process, and the appearances of the barrels are prevented from being damaged; meanwhile, parallel four-bar mechanisms are used for the gripping device, jaws are perpendicular to one another all the time in the gripping process, and space is saved to the maximum degree. In addition, air cylinders for carrying out gripping actions are designed in two strokes, and the device can be compatible with two kinds of cylindrical barrels of different diameters.

The invention discloses a photovoltaic module frame. The photovoltaic module frame comprises a frame body, wherein the frame body comprises a frame and a frame table, the frame is fixedly connected with the frame table, the frame comprises a plurality of sub-frames, first fixing blocks are installed on the edges of the inner sides of the sub-frames, cavities are formed in the two sides of each sub-frame, and the cavities are connected with second fixing blocks through movable blocks; the first fixing block and the second fixing block are connected with a photovoltaic panel through a plate frame, the middle of the sub-frame is connected with a rotary knob through a screw, the inner side of the screw is connected with a rotary block, and the frame and a rail on the edge of the upper side ofthe frame table are connected with a cleaning device through rolling wheels. The photovoltaic panel cleaning device can play a good role in fixing the photovoltaic panel, can also clean the photovoltaic panel, and is convenient and efficient to use.

The invention discloses a bead string nailing and sanding machine which comprises a stand, a clamping head seat, a tail seat, a slide seat, an explorator, two contact knives and two nailing and sanding knife seats, wherein the clamping head seat and the tail seat are arranged on the stand; the clamping head seat is rotatably provided with a clamping head driven by a first power device, and the tail seat is provided with a guide sleeve coaxial with the clamping head; the slide seat is driven by a second power device and slidably arranged on a longitudinal rail on the stand; both side surfaces of the explorator are respectively provided with profiling ripples adaptive to bead strings, and the explorator is arranged between the clamping head seat and the tail seat; a longitudinal explorator regulating mechanism is arranged between the explorator and a mounting part corresponding to the explorator; the two contact knives are arranged at both sides of the explorator and respectively fixed on a contact knife seat, and a first transverse regulating mechanism is arranged between the contact knife seats and the slide seat; the two nailing and sanding knife seats are respectively provided with a nailing and sanding knife, and the nailing and sanding knife seats are arranged on the contact knife seats; and a second transverse regulating mechanism is arranged between the nailing and sanding knife seats. The nailing and sanding machine can be used for quickly and conveniently nailing and sanding the bead strings, thereby the nailing efficiency and the nailing quality are improved.

The invention discloses a polyimide (PI) pipe cutting machine. The PI pipe cutting machine comprises a workbench and a clamping mechanism for clamping a workpiece and driving the workpiece to rotate, the workbench is provided with a first Y-axis slideway and a base air cylinder, a base is arranged on the first Y-axis slideway in a sliding mode, an X-axis guide slot is formed in the base, at least one group of knife rest bases are installed in the X- axis guide slot in a sliding mode, each knife rest base is provided with a Y-axis electric sliding table, a knife rest is arranged on each Y-axis electric sliding table in a sliding mode, and each knife rest is provided with a blade. According to the PI pipe cutting machine, a workpiece to be cut is placed on the clamping mechanism and the workpiece to be cut is driven to rotate, the base is quickly pushed to the preset position by the base air cylinder, the blades of the knife rests are driven by the Y-axis electric sliding tables to slide to the workpiece, and the workpiece is cut into pieces. The clamping mechanism enables the workpiece not to waggle, the blades and the workpiece are always kept in a vertical state stably, the cutting size is stable, and the edges of the workpiece are neat and have no burrs after being cut.

The invention discloses a high-altitude pruning device, which mainly includes a strut assembly, a cutting assembly, a first driving device, a transmission assembly, a clamping assembly and a second driving device. There are 2 sets of transmission assemblies, the structures of which are the same, and the 2 sets of transmission assemblies are divided into a left transmission assembly and a right transmission assembly according to their left and right positions. The strut assembly includes a strut and a lower mount. The lower mounting seat is welded and fixed on the lower part of the strut. The first driving device is fixedly arranged on the left part of the lower mounting seat. The first driving device drives the front cutter bar and the rear cutter bar of the shearing assembly through the left transmission assembly to perform cutting operations. The second driving device is fixedly arranged on the right part of the lower mounting seat. The front clamping arm and the rear clamping arm of the clamping component are driven by the second driving device through the right transmission component to perform the clamping and positioning operation.

The invention discloses a winding mould positioning component of a vertical winding machine. The winding mould positioning component comprises a driven synchronous wheel, a planetary wheel component, a mould fixing rod, a winding spindle and a winding flying fork, wherein the driven synchronous wheel drives the winding flying fork to rotate through the winding spindle; and the planetary wheel component comprises a fixed wheel set and a movable wheel set; the upper part of the fixed wheel set is fixed, and the lower part of the fixed wheel set is connected with the mould fixing rod; and the driven synchronous wheel drives the movable wheel set to revolute around the fixed wheel set through the winding spindle. According to the winding mould positioning component of the vertical winding machine, the mould fixing rod below the winding spindle is fixed by utilizing a planetary gear train structure, so that the mould positioning effect is achieved, the speed of the whole device in operation is greatly increased, the overall efficiency of the whole device in operation is greatly improved, it is ensured that a mould does not shake under the condition of quick winding, the overall action smoothness of the device is improved, the winding efficiency is improved by 25%, no slot jumping in winding is ensured, a wire package is regular, the wear of the winding mould and a winding cup is reduced, and the service life of the mould is prolonged.

The invention relates to a stringing auxiliary device, in particular to a power system stringing auxiliary device. The power system stringing auxiliary device comprises a damping parking wheel mechanism, an elevating locking mechanism, a tensioning and wire cutting mechanism, and a cable peeling mechanism. The vibration of the device can be reduced in the moving process of the device; the device is capable of parking, capable of changing height, and capable of locking a telegraph pole; it is guaranteed that the device does not shake; the device can clamp a cable, the device can tension the cable, the device can cut the cable, and the device can peel the cable; the damping parking wheel mechanism is welded to the lower portion of the elevating locking mechanism; the tensioning and wire cutting mechanism is welded to the upper portion of the elevating locking mechanism; and the cable peeling mechanism is welded to the right side of the tensioning and wire cutting mechanism.