41results about How to "Make full use of the three-dimensional space" patented technology

The invention relates to a method for quickly change the traffic condition with module design and relative device, which comprises: preparing modules; transmitting the modules to construction road; arranging the modules on preset position; and connecting the module to the road and connecting the modules themselves. Said division device comprises: a support base on the construction road, the vehicle road at the top of said support base; and at least one passenger channel that horizontal through two sides of support base and under the vehicle road.

The invention discloses a supporting mechanism for a portable charger. The supporting mechanism comprises a main frame. The main frame comprises a rear plate and a front shell, wherein the front shellis integrally formed of a front plate, a top plate, an oblique top plate and a bottom plate. The rear plate is welded with the front shell. The rear plate is hinged to a door plate of a rear door through a hinge. The main frame further comprises an upper left face plate, a lower left face plate, an upper right face plate and a lower right face plate. The upper left face plate, the lower left faceplate, the upper right face plate and the lower right face plate are welded with the front shell and the rear plate. The upper left face plate and the upper right face plate are simultaneously provided with handles, pull handles and waterproof plugs. According to the supporting mechanism for the portable charger, the main frame of the supporting mechanism is of a flattened three-dimensional configuration, the occupied area of the portable charger is saved as far as possible, the three-dimensional space is utilized fully, and the maneuverability and flexibility of the charger are further improved by arranging casters.

The invention discloses a micro-nano porous bismuth electrode and a preparation method thereof. The preparation method for the micro-nano porous bismuth electrode comprises the following steps: preparing a tin bismuth alloy, wherein a mass ratio of tin to bismuth in the tin bismuth alloy is 1:(0.5-6); processing appearance of the tin bismuth alloy, thereby obtaining a tin bismuth alloy electrode; performing alloy tin-melting treatment on the tin bismuth alloy electrode according to an electrochemical method, and arranging a tin-melting potential between corrosion potentials of metal tin and bismuth, thereby obtaining the micro-nano porous bismuth electrode; and if necessary, performing anodic oxidation treatment on the micro-nano porous bismuth electrode, thereby obtaining the micro-nano porous bismuth electrode with suitable pores and size. The preparation method provided by the invention has the advantages of simple technology, environmental protection and zero pollution; the production cost of the micro-nano porous bismuth electrode is low; and the obtained micro-nano porous bismuth electrode has the advantages of strong adjustability of microstructure, flexible and controllable macroscopic shape and size, big specific surface area, high detection sensitivity and application to the detection for trace heavy metal ions and trace organic matters in liquid.

The invention relates to the field of food processing and particularly relates to a stuffed product molding machine. The stuffed product molding machine comprises a wrapper feeding device, a stuffing filling device, a molding device and a conveyor belt, wherein the conveyor belt comprises a wrapper conveyor belt and a finished product conveyor belt; the wrapper conveyor belt and the finished product conveyor belt are mounted on a bracket; a height difference is formed between the wrapper conveyor belt and the finished product conveyor belt; the stuffing filling device and the molding device are arranged between the wrapper conveyor belt and the finished product conveyor belt; the stuffing filling device and the molding device are arranged on the same vertical plane; a stuffing filling station is formed on the stuffing filling device and a molding station is formed on the molding device; and horizontal projections of the stuffing filling station and the molding station are mutually overlapped. The stuffing filling device and the molding device are arranged on the same vertical plane, namely the horizontal projections of the stuffing filling station and the molding station are mutually overlapped. The stuffed product molding machine has the advantages that the two stations can be overlapped in space and the stereoscopic space is sufficiently utilized, so that a condition that excessive stations of equipment exist and more space is occupied is avoided.

The invention discloses a stereoscopic bottle washing machine and a bottle washing method, which have a good bottle washing effect and occupy a small area. The bottle washing machine comprises a first chain wheel and a second chain wheel which are horizontally arranged; the second chain wheel is positioned below the first chain wheel; one group of chain wheels also comprises a third chain wheel and a fourth chain wheel which are vertically arranged; a bottle feeding mechanism and a bottle discharging mechanism are respectively arranged outside the first chain wheel; a chain between the first chain wheel and the third chain wheel is a bottle body soaking section; a rack corresponding to the bottle body soaking section is provided with a first water spraying mechanism for spraying water into a bottle body; a chain between the third chain wheel and the second chain wheel is a bottle body water pouring section; the rack corresponding to the second chain wheel is provided with a second water spraying mechanism for spraying water to the outer wall of the bottle body and spraying water into the bottle body. The method mainly applies the bottle washing machine to wash the bottle body. The bottle washing machine disclosed by the invention has a simple structure, is reasonably laid out and saves the space.

The invention discloses a bicycle three-dimensional parking device, which comprises a frame, a lower parking device and an upper parking device, the upper parking device includes a bicycle fixing mechanism and a bicycle lifting mechanism; the bicycle fixing mechanism includes a base and a clamping mechanism; The bicycle lifting mechanism includes a lifting seat that is rotatably connected to the frame, a lifting control mechanism that controls the lifting seat to move up and down around the center of rotation, and a control mechanism; the base is arranged on the lifting seat through a linear sliding structure. The sliding direction is parallel to the length direction of the lifting seat and the base; the lifting control mechanism includes a chain and a buffer mechanism, wherein the buffer mechanism is arranged on the ground, one end of the chain is connected with the lifting seat, and the other end bypasses several The sprocket is connected with the buffer mechanism behind. The three-dimensional parking device for bicycles of the present invention can realize parking and picking up the bicycle by manual operation without power supply, and the operation is simple and fast.

The invention relates to an automatic drawer cabinet. The drawer cabinet includes a cabinet body, drawer units, a moving dolly and a PLC; the moving dolly draws out and resets the drawer units from the cabinet body; and the PLC is used for controlling the motion of the moving dolly. The drawer cabinet can effectively utilize the three-dimensional space of a workshop, so that structured and orderedpurposes can be achieved.

The invention relates to a method for quickly change the traffic condition with module design and relative device, which comprises: preparing modules; transmitting the modules to construction road; arranging the modules on preset position; and connecting the module to the road and connecting the modules themselves. Said division device comprises: a support base on the construction road, the vehicle road at the top of said support base; and at least one passenger channel that horizontal through two sides of support base and under the vehicle road.