4results about How to "Compact footprint" patented technology

The utility model discloses a rack transmission mechanism of a cutting machine. According to the technical scheme, the laser cutting machine comprises a machine table, a movable frame and a cutting mechanism, the movable frame slides on the machine table, the cutting mechanism slides on the movable frame, a laser component used for cutting is arranged on the cutting mechanism, the cutting mechanism comprises a machine shell and a driving motor, a rack used for being meshed with the driving motor is fixed to the movable frame, and the rack is fixed to the machine table. The driving motor is used for driving the cutting mechanism to move along the rack. The cutting mechanism has the advantages that transmission is conducted through the racks, the stability of the cutting mechanism in the moving process is improved through the limiting strips of the rails, the cutting machine keeps high stability of belt transmission, meanwhile, the defect that a belt is prone to being damaged is overcome, and due to the fact that all motors used for driving can be hidden in the structure, the cutting mechanism is more stable. Most of the structure is located above the machine table, so that the space occupied by the whole cutting machine can be more compact, reasonable layout of the space in a workshop is facilitated, and the activity space of workers is increased.

The application belongs to the technical field of automobiles and discloses a distribution box, a distribution system and a vehicle. The distribution box is connected with a pole of a storage battery, the pole is arranged on a recessed part of the storage battery, and specifically comprises a base and an upper cover. The base can be embedded in the recessed part, a stepped part capable of fixing a bus bar is arranged on the base, and a fire bolt is connected to the stepped part on a middle section. The upper cover is arranged on the base, and the upper cover and the base form a first wire outlet and a second wire outlet. The first wire outlet and the second wire outlet are different in direction. The distribution system comprises the storage battery and the above distribution box, and the distribution box is electrically connected with the storage battery. The vehicle comprises the chassis and the above distribution system, and the distribution system is arranged on the chassis. In the application, the distribution box has strong adaptability and smaller size.

The utility model discloses a folding photovoltaic support, including box, the third photovoltaic board is fixedly arranged at the top of box, the second photovoltaic board and first photovoltaic board are slidably arranged in the box, characterized by, the second photovoltaic board and first photovoltaic board are located right side top and left side bottom of the box respectively, the first photovoltaic board and second photovoltaic board are slidably connected with the box through guide rail subassembly, the linkage assembly that makes the first photovoltaic board and second photovoltaic board can simultaneously extend or retract in the box is arranged in the box, after personnel pulls the first photovoltaic board or second photovoltaic board, can through linkage assembly, and the second photovoltaic board or first photovoltaic board is pulled out the box, is very convenient.

This invention provides an integrated production equipment and process for headphone volume control plastic parts, relating to the field of intelligent manufacturing equipment technology. This invention integrates nut feeding, injection molding, sprue cutting and sprue crushing and discharge, injection molded part transfer, tray stacking, and pallet conveying into a single production line. This not only eliminates manual handling and semi-finished product storage between processes, but also eliminates the need for an additional slag removal station by utilizing the design of simultaneously crushing and vertically discharging sprues during sprue cutting. Furthermore, the collaborative operation of the plastic part suction cups and the tray suction cups in the tray stacking mechanism achieves a combination of functions including automatic empty tray replenishment, rectangular array placement of injection molded parts, and continuous multi-layer tray stacking output. This makes the machine more compact, the production cycle more balanced, and energy consumption and maintenance costs lower. It not only achieves fully automated integrated production from bulk nuts to full-load tray output, but also significantly improves space utilization, material flow efficiency, and the production efficiency of headphone volume control plastic parts.