The present disclosure relates to a parking elevator system that provides available pallet information by using vehicle information and a method to provide pallet information using the system. The parking elevator system may search a vehicle information database and/or a pallet information database. The vehicle information may be provided directly by a parking user or may be searched from the vehicle information database based on a vehicle number. The vehicle number may be recognized by an LPR device or can be provided directly by the parking user. The vehicle information may include the dimensions of a vehicle, whether the vehicle is an electric vehicle and the like, and the pallet information may include the dimensions of a vehicle that can be parked, a vehicle model, whether an electric vehicle charging facility is provided, parking fee and the like.

An automobile storage system to increase the space efficiency and accommodate additional automobiles. The system has a first row of automobile storage units with a first plurality of side-by-side bays, each bay having a width, some of the bays provide parking stations, a second row of like automobile storage units adjacent the first row of automobile storage units. Each automobile storage unit has multiple levels with at least one designated level, and remaining levels. The designated level provides for ingress and egress of automobiles to/from the automobile storage unit, and includes at least one ingress lane devoid of any stored automobiles. Some of the remaining levels provide the parking stations which are positioned vertically with respect to the designated level. An elevator is provided for delivery and retrieval of an automobile to/from the system. The automobile storage unit rows are staggered with respect to each other by a distance of about the width of at least one bay.

The present invention discloses an automatic parking system including an in-out space, a plurality of parking spaces arranged at multiple parking levels, a pickup machine, and a lifting tunnel with a lifting device disposed therein. The pickup machine includes a frame which includes a first frame and a second frame, a first pickup device and a second pickup device. The first pickup device is configured to move a loading board onto the first frame or out from the first frame. The second pickup device is configured to move the loading board onto the second frame or out from the second frame. The lifting device is configured to convey the pickup machine up and down in the lifting tunnel. The present invention also discloses a parking and unparking method of the automatic parking system. The parking and unparking efficiency of the automatic parking system of the present invention is greatly improved.

A method and system are described for automated parking of a vehicle. The method includes determining that the vehicle is in an appropriate starting position for performing a parking maneuver, determining a control zone for controlling the parking maneuver, determining that an authorized key is located in the control zone, detecting an object located in the control zone, verifying that the detected object is an authorized user, detecting a movement of the authorized use, and when the detected movement of the authorized user is a movement in the direction of an expected parking area, performing the parking maneuver.

The invention discloses a slab nozzle inspection equipment with artificial measurement error avoidance, and includes a base, a left-right symmetrical bracket is fixed on the upper side of the base, and an adjustment cavity is arranged in the base. The end surface of the bracket is provided with two sets of four parking spaces, and the present invention adopts a lead screw active pulley and a wire. The belt connection between the auxiliary pulleys of the levers realizes the synchronization of the rotation of the left and right lead screws and ensures the stability of the car when it moves up and down. The hydraulic power is provided to switch the power of the left and right parking spaces to ensure that the left and right parking spaces work independently, Using a one-way bearing structure, the power is switched by whether to rotate synchronously to ensure that each parking space works independently.

The invention discloses a slab nozzle inspection equipment with artificial measurement error avoidance, and includes a base, a left-right symmetrical bracket is fixed on the upper side of the base, and an adjustment cavity is arranged in the base. The end surface of the bracket is provided with two sets of four parking spaces, and the present invention adopts a lead screw active pulley and a wire. The belt connection between the auxiliary pulleys of the levers realizes the synchronization of the rotation of the left and right lead screws and ensures the stability of the car when it moves up and down. The hydraulic power is provided to switch the power of the left and right parking spaces to ensure that the left and right parking spaces work independently. Using a one-way bearing structure, the power is switched by whether to rotate synchronously to ensure that each parking space works independently.

The invention discloses a slab nozzle inspection equipment with artificial measurement error avoidance, and includes a base, a left-right symmetrical bracket is fixed on the upper side of the base, and an adjustment cavity is arranged in the base. The end surface of the bracket is provided with two sets of four parking spaces, and the present invention adopts a lead screw active pulley and a wire. The belt connection between the auxiliary pulleys of the levers realizes the synchronization of the rotation of the left and right lead screws and ensures the stability of the car when it moves up and down. The hydraulic power is provided to switch the power of the left and right parking spaces to ensure that the left and right parking spaces work independently, Using a one-way bearing structure, the power is switched by whether to rotate synchronously to ensure that each parking space works independently.

In a parking system having movable parking platforms, at least a part of the parking platforms of a front row, when viewed in the direction of entry, has a roof spanning the parking platform. The parking platforms provided with a roof can optionally be vertically adjusted to different positions, i.e., to an entry/exit position, in which the parking platform is on an entry level which allows a vehicle to be driven over in order to be parked, or to a drive-over position, in which the roof is located on the entry level and can be driven over by a vehicle driving in to reach a parking platform located in the row behind it, as well as in a parking position which is lowered in relation to the drive-over position and in which a further parking platform can be moved transversely over the roof.

The disclosure relates to a parking system comprising a first row of parking spaces and a second row of parking spaces. Access to the first row is from an entrance at an entrance level. Access to the second row is by means of a movable feeder platform that bridges a parking space gap in the first row. The feeder platform can be lifted by means of a lifting mechanism from a lowered home position to a crossing position at a passage level.

The present invention discloses an automatic parking system including an in-out space, a plurality of parking spaces arranged at multiple parking levels, a pickup machine, and a lifting tunnel with a lifting device disposed therein. The pickup machine includes a frame which includes a first frame and a second frame, a first pickup device and a second pickup device. The first pickup device is configured to move a loading board onto the first frame or out from the first frame. The second pickup device is configured to move the loading board onto the second frame or out from the second frame. The lifting device is configured to convey the pickup machine up and down in the lifting tunnel. The present invention also discloses a parking and unparking method of the automatic parking system. The parking and unparking efficiency of the automatic parking system of the present invention is greatly improved.