8results about How to "Reasonable space" patented technology

The utility model relates to a garbage compression station which comprises a lifting mechanism arranged in a pit. The garbage can is arranged on the lifting mechanism, a feeding port is formed in the garbage can, and the lifting mechanism is used for driving the garbage can to ascend and descend up and down; the feeding opening is formed in the upper portion of the feeding opening, and the discharging opening is used for being in butt joint with the feeding opening; the feeding device comprises a feeding opening, a swing mechanism arranged on the side close to the feeding opening, and a feeding mechanism arranged on the swing mechanism and connected with the swing mechanism, and the swing mechanism is used for swinging the feeding mechanism so as to swing the feeding mechanism to be close to or away from the feeding opening. The feeding mechanism is used for turning over the garbage can so that garbage in the garbage can can be poured into the discharging opening. According to the garbage compression station, a new garbage feeding mode is added, and two feeding modes are achieved.

This utility model provides a film-pulling assembly for a sealing machine, belonging to the technical field of sealing machine technology. It includes a support frame that can slide linearly on the sealing machine; a clamping structure fixed to the support frame, comprising a hinged movable clamping plate, the rotation of which clamps or releases the material; a reset component connected to the movable clamping plate, used to drive the movable clamping plate to rotate and then push it back to its original position; and an electromagnetic component that indirectly drives the movable clamping plate to rotate via electromagnetic force. This utility model allows the reset component to reset the moment the electromagnetic component stops working, thus enabling the reset component to drive the clamping mechanism to clamp and fix the material. This allows the material end to be pulled during the movement of the film-pulling assembly, thereby indirectly improving material processing efficiency.

The utility model relates to the technical field of water conservancy projects, in particular to a water-saving pool structure for a water-saving ship lock, which comprises a bottom lining, a side slope lining and a lock wall, the bottom lining is arranged at the bottom of a water-saving pool, the side slope lining is arranged on a mountain side slope, and the lock wall is oppositely arranged on the other side of the side slope lining. The two sides of the bottom face lining are connected with the side slope lining and the lock wall correspondingly, and the side slope lining and the lock wall are used for forming the side walls of the water saving pool. The slope lining and the lock wall are used as the pool wall structure of the water-saving pool, the mountain does not need to be deeply excavated to form the water-saving pool in the mountain during construction, the construction work amount of mountain excavation is reduced to a great extent, the construction efficiency is effectively improved, the construction cost is reduced, the topographic conditions of the mountain canyon are utilized, and the construction cost is reduced. The water-saving pool and the lock chamber structure are arranged in the limited space in the canyon in a unified and centralized mode, the occupied area of the water-saving pool and the ship lock is saved, space utilization is more reasonable, and the whole structure of the water-saving ship lock is more compact.

The utility model provides a kind of portable telescopic support, including support main body, foot support component, drive assembly and first locking assembly, support main body includes shell body, telescopic rod and auxiliary cavity;Foot support component includes at least three feet;Drive assembly includes axial drive assembly, axial drive assembly includes first energy storage unit;First locking assembly includes locking element, locking element includes first buckle, foot includes first clamping groove;First buckle and first clamping groove buckle to switch to locking state, foot is housed in auxiliary cavity with condensing state, first energy storage unit is under pressure energy storage;When the locking element and the foot move in the direction of engagement relative, the first buckle can exit the first clamping groove to release lock, first energy storage unit instantaneously releases elastic potential energy and drives foot to at least partially pop out auxiliary cavity.The utility model is by the cooperation of first locking assembly and axial drive assembly, realize the storage and automatic pop-up of foot.

The utility model relates to a kind of bubble water machine, the bubble water machine includes: host computer;Gas cylinder assembly, detachably installed in the host computer and including gas cylinder and second trigger piece, the gas cylinder is equipped with vent, the vent is equipped with gas cylinder gas valve;In the case where the gas cylinder assembly is installed in the host computer, the second trigger piece can be translated along first direction under external force, to trigger the gas cylinder gas valve moves, to open the vent, the gas cylinder releases carbon dioxide gas via the vent, the moving direction of the gas cylinder gas valve is different from the first direction.The utility model's bubble water machine, the trigger mechanism of gas cylinder assembly is improved, the second trigger piece of gas cylinder assembly setting is translated along first direction, triggers gas cylinder gas valve to move to open vent, and translation mode is conducive to improving the stability of second trigger piece installation, reduce the probability of second trigger piece failure.

This utility model discloses a high-efficiency drying device for pharmaceuticals, relating to the field of pharmaceutical technology. Its key technical features include: a drying chamber with a hinged door on one side; multiple exhaust holes on the top side wall of the drying chamber; a gas supply assembly connected to the bottom of the drying chamber; a heating chamber located at the bottom of the drying chamber, connected to the gas supply assembly at its bottom; multiple layers of electric heating mesh horizontally arranged inside the heating chamber; an air outlet on the top of the heating chamber; and an upward-blowing fan inside the air outlet. A placement frame is installed inside the drying chamber, its top connected to the top of the drying chamber via a lifting assembly. The placement frame includes multiple vertically distributed limiting rings supporting a placement bucket. A supporting ring adapted to the limiting rings is fixedly installed on the top of the placement bucket. Multiple airflow holes are evenly distributed on the side wall of the placement bucket, which is used to hold medicinal materials. This utility model balances efficiency and compactness in drying.

This utility model discloses a movable shell structure for a projection robot, including a robot with a shell. Inside the shell is a projection bracket capable of rotating around a pivot P. The projection bracket has a projection device for projecting an image forward. A drive device for rotating the projection bracket is located between the shell and the projection bracket. The front of the shell has an arc-shaped sliding window. An arc-shaped sliding cover plate is connected to the projection bracket to cover the sliding window. The centers of both the sliding cover plate and the sliding window are located on the pivot P, allowing the sliding cover plate to slide against the edge of the sliding window when the projection bracket rotates. The sliding cover plate has a projection window for the projection device to emit light. The purpose of this utility model is to overcome the shortcomings of existing technologies and provide a compact and protective movable shell structure for a projection robot.

The utility model discloses a double -row plane reflow type assembly line device, it includes: first assembly line and second assembly line, set up between first assembly line and second assembly line's first transition roller module and second transition roller module, set up in first transition roller module side and be used for the first pushing material module of the carrier transfer of poking, set up in second transition roller module side and be used for the second pushing material module of the carrier transfer of poking, set up below first assembly line's first jacking positioning module and set up in first jacking positioning module side's blocking module. Adopt set up for the first transition roller module and second transition roller module of the carrier transfer between first assembly line and second assembly line, through first pushing material module and second pushing material module poke the carrier and pass in first transition roller module and second transition roller module between first assembly line and second assembly line, thereby realize circulating transmission carrier, can more reasonable use space, improve production efficiency.