Abstract:
An elevator system (20) includes an underslung car (22). A plurality of load bearing members (32-38) are closer together behind the elevator car and spaced farther apart near a front of the elevator car (22). A plurality of sheaves (40-44) are supported for vertical movement with the car and rotational movement relative to the car (22) such that the load bearing members (32-38) can be arranged in a 2:1 roping ratio and extend underneath the car (22). A disclosed example includes sheaves (40-44) rotatable about sheave axes that are at oblique angles relative to corresponding edges of the elevator car (22).
Abstract:
Comb plate (18) for a passenger conveyor (2) with a conveyor band and a moving flange a number of teeth (24) arranged on it essentially parallel to one another across the width of the conveyor band, which mesh in use with grooves (6) provided on the upper surface of the conveyor band characterised by a deflector guard (26) which is arranged at the lateral edge of the comb plate (18) and extends a certain height above the upper surface of the comb plate (18).
Abstract:
An escalator step (12) includes a sound barrier material (40) covering over at least a portion of an inner surface (42) of a tread portion(30) and an inner surface (44) of a rise portion (32). In one example, the sound barrier material (40) comprises a sheet of vinyl. The sound barrier material (40) reduces noise radiation from the step (12) toward a cavity (26) within a passenger conveyor support structure (20) and reduces noise emanations from the cavity (26) through the steps (12). Several embodiments for securing the sound barrier material (40) in place are disclosed.
Abstract:
Comb plate (18) for a passenger conveyor (2) with a conveyor band and a moving flange a number of teeth (24) arranged on it essentially parallel to one another across the width of the conveyor band, which mesh in use with grooves (6) provided on the upper surface of the conveyor band characterised by a deflector guard (26) which is arranged at the lateral edge of the comb plate (18) and extends a certain height above the upper surface of the comb plate (18).
Abstract:
A system for permitting a first party to initiate a call from a second party to the first party, comprising a network for providing communication between the first party and the second party; web server connected to the network for storing at least one web page associated with the first party containing a first embedded computer program for creating a voice communication path terminating at a location defined by a predetermined Call Value; a first computer connected to the network for sending at least one message from the first party to the second party requesting the call, wherein the at least one message contains a second embedded computer program for allowing the second party to access the at least one web page; mail server connected to the network for storing the at least one message; a second computer connected to the network for retrieving the at least one message from the mail server and in response accessing the at least one web page by execution of the second embedded computer program and executing the first embedded computer program for initiating the call over the voice communication path from the second party to the first party at the location defined by the predetermined Call Value.
Abstract:
An elevator system (20) includes an underslung car (22). A plurality of load bearing members (32-38) are closer together behind the elevator car and spaced farther apart near a front of the elevator car (22). A plurality of sheaves (40-44) are supported for vertical movement with the car and rotational movement relative to the car (22) such that the load bearing members (32-38) can be arranged in a 2:1 roping ratio and extend underneath the car (22). A disclosed example includes sheaves (40-44) rotatable about sheave axes that are at oblique angles relative to corresponding edges of the elevator car (22).