31results about How to "Increase parking space" patented technology

Parking equipment without a metal column beam is characterized by comprising a construction frame without a metal column beam. A moving car loading plate is disposed in the construction frame. The front end of the moving car loading plate is connected with a construction top plate in a hanging mode through a weight bearing device, and the rear end of the moving car loading plate is matched with a construction upright column to realize vertical movement through a lifting transmission device. A garage based on the parking equipment has simpler mechanical structure, and the entire structure is also greatly simplified. Parking space in the garage is increased, and effective usable area of the garage is enlarged. A front upright column and longitudinal cross beam structure is removed so that garage equipment production materials are saved and production cost is lowered. The garage is compact and attractive on the whole, package, storage, transportation and installation of parts in construction process of the garage become fast and convenient, production cost is lowered, and economic benefits of enterprises are effectively increased. Barrier-free parking can be basically achieved.

The invention discloses an intelligent parking garage and a method for parking and picking up a car, belonging to the technical field of intelligent parking, including a translation mechanism, a lifting mechanism, a carrying mechanism and a parking platform. The parking platform is set according to the reserved area of ​​the parking garage and the population of the community. N layer; the translation mechanism is arranged on the parking platform, and there are multiple ones according to the area of ​​the parking platform, and the electromagnet and the motor and the rack installed on the parking platform are used to cooperate to move, exposing the vacant parking space or the parking space to be picked up; The lifting mechanism runs through the multi-storey parking platforms, and can move vertically to reach the parking platforms of each floor by carrying vehicles; the carrying mechanism can carry vehicles and move to the translation mechanism to complete parking. Utilizing the parking garage of the present invention to park and pick up vehicles, only the owner needs to drive the vehicle into or out of the parking garage, the degree of automation is high, and the multi-layer design makes full use of the vertical space, and multiple moving mechanisms can Arrange the quantity of construction space reasonably.

The invention discloses rear cantilever type motor-lifting stereoscopic parking equipment. The rear cantilever type motor-lifting stereoscopic parking equipment comprises a garage steel structure and car loading platform plates, wherein each car loading plate comprises an upper car loading plate and a lower car loading plate; the garage steel structure comprises more than three rear upright posts, and the rear upright posts are mutually and parallelly arranged; each upper car loading plate is supported between two adjacent rear upright posts through a linkage mechanism cantilever formed by a lifting mechanism and an internal sliding mechanism; each lower car loading plate is configured with a transverse moving mechanism which is used for driving each lower car loading plate to transversely move left and right. According to the rear cantilever type motor-lifting stereoscopic parking equipment disclosed by the invention, the garage steel structure of existing parking equipment is simplified, and the whole framework is only formed by four rear upright posts; the using amount of steel is effectively reduced, and the manufacturing and processing cost is reduced.

The invention discloses a self-driving travel villa, which is characterized by comprising a plurality of composite support columns, wherein the composite support columns are fixedly connected with the ground; composite floor slabs are arranged on the composite support columns; left and right independent leisure suites are arranged on the composite floor slabs; an opening for people to enter the leisure suites is arranged between the left and right independent leisure suites; a staircase is arranged between the opening and the ground; the front and rear ends of the staircase are provided with composite small support columns for supporting the composite floor slabs respectively; parking spaces capable of parking vehicles are arranged between the staircase and the composite support columns on the two sides of the staircase respectively; washrooms are arranged in the leisure suites; the top ends of the leisure suites are provided with a transverse hierarchical metal tile top; the top end of the transverse hierarchical metal tile top is provided with a plurality of sprinkling devices; and non-overall-frame paint-free ecological plate sliding windows are arranged around the leisure suites.

The invention discloses a rotating column touch-type bicycle parking device. The scheme adopts a hexagonal column-shaped basic frame as a column, and each column surface is provided with a bicycle lifting device, with a rain-proof awning on the top, and a bottom fixed on a disc rotating device. . When parking, the bicycle is placed upright along the hexagonal prism-shaped basic frame, and the spring when the bicycle is lifted upwards is powered to select the tension state, and the linkage clamping and lifting are triggered by the tire touch switch, and the outer rotating table at the bottom rolls and rotates around the inner rotating table. Realize bicycle access transposition. The designed rotating column touch-type bicycle parking device greatly improves the utilization rate of the occupied area, realizes the full utilization of small open spaces and corner parking spaces, and can be flexibly configured and used according to the actual situation, effectively solving the problem of random parking of bicycles The phenomenon fully reflects the convenience, automation and humanization of modern mechanical innovation design, and the device is energy-saving, low-cost, safe and reliable, and is relatively easy to accept for users.

The invention provides a chain drive type three-dimensional parking apparatus. The chain drive type three-dimensional parking apparatus includes a steel structure main body frame, loading platforms, chain suspension devices and driving devices; each chain suspension device comprises two chain suspension assemblies which are symmetrically arranged at two sides of the loading platform; each chain suspension assembly includes a front suspension component, a front chain component, a front sprocket, a rear suspension component, a rear chain, a rear sprocket, double rows of drive sprockets, a pulley block, an auxiliary sprocket and a steel wire rope, wherein the front suspension component and the rear suspension component are fixed on suspension positions of the steel structure main body frame, the front sprocket is fixed below the front suspension component, the rear sprocket is fixed below the rear suspension component, and the front sprocket, the pulley block, the double rows of drive sprockets, the auxiliary sprocket and the rear sprocket are sequentially fixed at two sides of a corresponding loading platform. Based on combination and cooperation of the chains and the steel wire ropes, the chain drive type three-dimensional parking apparatus has the advantages of simplicity, stable operation, low cost and high safety performance. With the chain drive type three-dimensional parking apparatus adopted, vehicles with larger sizes can be parked.

The invention discloses a load-bearing device for a metal-free frame mechanical garage auto-mobile bearing disk. The load-bearing device is arranged in a building frame of a garage and is characterized by comprising a steel beam and supporting feet supported at two ends of the beam, the building frame comprises a building top plate and building columns located on two sides of the building top plate, the steel beam is provided with a hollow inner cavity, a suspension device is arranged in the inner cavity, the top of the suspension device is fixedly connected with the building top plate, the bottom of the suspension device is connected with the automobile bearing disk, the supporting feet are respectively and fixedly connected on the corresponding building columns, and tops of the supporting feet are fixedly connected with bottoms of corresponding ends of the steel beam. The load-bearing device has the advantages of being simpler in mechanical structure, improving effective utilization area of a storeroom, being more concise and attractive in overall body, saving equipment manufacture materials, reducing production cost, being capable of basically realizing parking without barriers, and improving parking safety performance of the garage at utilization time.