TH90470A - Motorized supercharger - Google Patents

Abstract

DC60 (17/06/56) supercharger A motor-driven supercharger is provided with a turbine shaft (12) with a turbine blade (11) in one end, a compressor impeller (14) driven by a turbine shaft, a housing that surrounds the turbine blade. Turbine shaft and compressor impeller The motor stator (24) is assembled inside the housing and the motor rotor (22) driven by Motor stator The rotor of the motor (22) is attached to the inner diameter. Of compressor impeller (14) according to the installation A motorized supercharger is provided with a turbine shaft. (12) with turbine blades (11) in one end The compressor impeller (14) is driven by the turbine shaft, a housing that surrounds the turbine blade. Turbine shaft and compressor impeller Motor stator (24) mounted inside the housing and rotor of the motor (22) driven by Motor stator Miter rotor (22) is mounted on the inner diameter. Of compressor impeller (14) according to the installation

Claims (9)

Claims (all) that will not appear on the advertisement page: 1. Motorized air compressor That consists of: (a) a turbine shaft with a turbine blade at one end; (B) a driven compressor impeller rotates by a turbine shaft; (C) a housing that surrounds the turbine blades Turbine shaft and compressor impeller (D) a fixed motor stator inside the housing; and (E) The rotor of the driven motor is rotated by the motor stator. Where part of The motor rotor is positioned inside the motor stator. Where the rotor of the rotor has a hollow cylindrical sleeve with a through hole surrounding the turbine shaft. With the smallest gaps It lies between the inner surface of the hollow cylindrical sleeve and the outer surface. Of turbine shaft And the compressor impeller has a hollow cylindrical hole that holds the end of the sheath. The hollow cylinder is directed in the axial direction in accordance with the tight fitting of the motor rotor to the compressor rotor and where the hollow cylindrical sleeve of the motor rotor is directly fixed to the linear side. The internal center of the hollow cylindrical hole of the compressor impeller corresponds to the tight fitting so that no gap is formed between the motor rotor and the compressor impeller. Supercharger is operating 2. The door locking system defined in Clause 1, which includes power actuators on the elevator room for opening the elevator door Which the elevator door lock will respond forcefully To the opening of the door made by the actuator to release the lock of the elevator room door. 3. The system for locking the door is defined in Clause 1 where the device To such a joint lock, it responds to the tools along the vertical plane of the elevator room. 4. The system for locking the door is defined in Clause 3 where the device To such a lock, it is rotated around the axis with the components on the elevator room. For the release of the landing door that has been assembled together 5. The system for locking the door is defined in Clause 1 where the lock The elevator door includes any supported assembly components. Spindle type for mechanical actuation to produce an effective unlocking effect on the door lock. The aforementioned elevator room 6. The system for locking the door is defined in Clause 5 where the parts The supported assemblies include commonly designated vertical surfaces that Has been adapted for connection with the common locking device. 7. Door locking system for elevator installation for loading or for Passenger or lifting objects with elevator cabins with doors for sliding along the level and various landing platforms, which Spaced vertically, each platform has a sliding gate along the level, a mechanical combination lock of the platform door to unlock the received deck gate. Put together An elevator door lock that has been placed to make the elevator door It must have been shut down when the elevator was not on the platform. And help make the elevator door open when The elevator room is correctly positioned at the landing site. Elevator door lock with parts Driven assemblies, rotatable supports, and components for Rotating supported lock Which the elevator door lock can work in Mechanical characteristics with a locking device in order to open the elevator door with a characteristic appearance Rigid body lift is rigid along the force line to open the door between the machined components. Driven and locking components and which will not be able to operate in a mechanical manner by There is no such rigid body in that line of force. Which devices for the combination lock and the lock The elevator door responds to the vertical movement of the elevator room to position the body that Hardened to be in or out of the border 8. The system for locking the door is defined in Clause 7 where the lock The elevator door includes a pair of parallel spaced vertical surfaces that are Get shaped with the said driven and locking components. And the joint locking device has the aforementioned rigid body that is positioned to move Passes between such surfaces as the elevator room moves in and out of the Set to the landing platform 9. The door locking system, as defined in Clause 8, includes a motor driven for the operation of the elevator door, which is connected to the parts. That has been driven Which the components that have been driven are sent Through the force exerted by the motor being driven in such a way that the motor is Initially urged to open the elevator door to the said locking component in order to unlock it. Such a lock 1 0. The system for locking the door is defined in Clause 9 where the device To this combination lock, force is passed to actuate the elevator door lock between parts. Such driven assemblies and locking components, while the fuselage that The stiffness rotates around the center axis.