TH8031B - Elevator motor system without ropes - Google Patents

Abstract

Longitudinal ropeless motorized elevator system, which will be further assembled. The longitudinal motor windings (2) are fixed along the guide rails (12) for guiding the elevator room (11). The longitudinal motor drive unit (14) includes a working rod (29), which can be moved. in relation to the elevator room It is attached to the elevator room in order to generate thrust of the elevator room in conjunction with the coil winding of the motor longitudinal (2). The elevator room has a brake unit (13) attached to it. This includes the brakes (25,26), which are attached to the rails to stop the elevator room and the tilting parts (27,28) for turning the brake levers toward the rails. Operating rods (29) of the thrusters. will be able to move between the first position where the brake lever The counter rail is mounted against the tilting device operation and a second position where the brake lever is released from the rail by the tilting device action in response to the thrust acting on the unit. for thrust

Claims (3)

1. The longitudinal rope-less motorized elevator system, which consists of a brake unit, which consists of: a brake lever that is removed on the elevator room, the brake lever can be fixed. It is separated in relation to the rail to maintain the stop position of the elevator room by the abrasion resistance between the rail and the brake lever. A wheel alignment device for tilting the brake lever into the mounting of the rail; And the driving parts that move upward together with the aforementioned thrusters, in connection with the aforementioned brake levers on the occurrence of strong thrust Than the level that has been set down the front on the longitudinal drive motor body Which will separate the brake lever from the rail against the said counterweight. 2. The longitudinal non-rope elevator motor system, which consists of a brake unit, which consists of: a brake lever that is removed on the elevator room, the brake lever can be fixed. It is separated in relation to the rail to maintain the stop position of the elevator room by the abrasion resistance between the rail and the brake lever. Wheel balancing device for tilting the brake lever into its attachment to the rail; And the propulsion parts which move upward simultaneously with the thrusters in relation to the thrusters on the occurrence of thrust greater than the set lower front on the trunk. Longitudinal drive motor body Which will separate the brake lever from the rail against the said counterweight; And electromagnetic brake that was removed on the elevator room And is electrically stimulated to stop the elevator room On initiation of the elevator room, the electromagnetic brake is released after the braking unit is released and the elevator chamber stops, the stop position of the elevator room is maintained. Maintained by the braking unit after the elevator room is stopped by the said electromagnetic brake 3.Elevator motor system without longitudinal rope, which consists of: elevator room, support rail for the elevator room along the track The specified longitudinal motor windings are placed along such guides. In combination with the longitudinal drive coil of such a longitudinal motor, the propulsion unit will There is a driving stick, the machine is related to the aforementioned elevator room. A brake unit that is attached to the elevator chamber and includes a brake lever that can be attached to the rail to stop the elevator chamber, a tilting device for directing the lever onto the rail Such The drive rod of the propulsion unit is able to move between the position where the brake lever is attached to the rail, the function of the tilting device. And the second as mentioned And a second position where the brake lever is released from the rail by acting on the tilting balancing device in response to the thrust force.