Abstract: A process for installing a section of packing in a casing by means of a device to assist installation of a section of packing, the casing comprising at least one tubular wall extending in a longitudinal direction (L) between two longitudinal ends, and an inner face of which participates in delimiting a receptacle for the section of packing, the casing being positioned horizontally during the process for installing the section of packing, the process comprising a step of fitting of the device to assist installation on the casing, during which the device to assist installation is secured in the vicinity of the input opening of the casing, a step of positioning of the section of packing relative to the device to assist installation and to the input opening, and at least one step of pushing during which the section of packing is pushed into the receptacle of the casing.

Abstract: A casing having at least one tubular wall extending in a longitudinal direction (L) between two longitudinal ends, and an inner face of which participates in delimiting a receptacle for the section of packing, the tubular wall participating in delimiting an input opening at one of its longitudinal ends, the casing comprising a base wall positioned at the longitudinal end opposite the input opening, the casing configured to be positioned horizontally during a process for installing a section of packing.

Abstract: A casing intended to be equipped with at least one section of packing for a gas/liquid separation column comprises at least a tubular wall extending along a longitudinal direction between two longitudinal ends and an internal face of which contributes to delimiting a housing for the section of packing, the tubular wall contributing to delimiting, at one of its longitudinal ends, an entry opening, the casing comprising an end wall located at the opposite longitudinal end to the entry opening, the casing comprising at least a first hooping device and at least a second hooping device which are positioned around the tubular wall of the casing in contact with an external face of the tubular wall, the first hooping device comprising at least one zone of connection with a movement system for the moving of the casing, the second hooping device having a longitudinal dimension shorter than a longitudinal dimension of the first hooping device.

Abstract: The main subject of the present invention is a process for installing a section of packing in a casing by means of a device to assist installation of a section of packing, the casing comprising at least one tubular wall extending in a longitudinal direction (L) between two longitudinal ends, and an inner face of which participates in delimiting a receptacle for the section of packing, the tubular wall participating in delimiting an input opening at one of its longitudinal ends, the casing comprising a base wall positioned at the longitudinal end opposite the input opening, the casing being positioned horizontally during the process for installing the section of packing, the process comprising a step of fitting of the device to assist installation on the casing, during which the device to assist installation is secured in the vicinity of the input opening of the casing, a step of positioning of the section of packing relative to the device to assist installation and to the input opening, and at least one step

Abstract: In some embodiments, a first server system of a cloud service can receive a bearer token for accessing the cloud service. The bearer token can be generated based on authenticating a remote client in communication with the first server system. The first server system can determine that a resource of the cloud service is hosted by a second server system of the cloud service rather than the first server system. The resource can be identified using the bearer token. The first server system can provide the bearer token to the remote client along with redirect information for accessing the second server system. The second server system can in respond to receiving the bearer token from the remote client by establishing a session with the remote client. The remote client can access the resource via the session with the second server system.

Abstract: Techniques for user collision detection and handling are described. According to various embodiments, a network resource provides content, services, and so forth, for consumption by authenticated users. To perform authentication tasks, the network resource leverages authentication services. Since a network resource may utilize multiple authentication services, collisions between users may occur. For instance, a user identifier for a user authenticated by one authentication service may match a user identifier for a different user authenticated by a different authentication service. Thus, techniques discussed herein are employed to detect such collisions and to handle the collisions such that users are differentiated from one another for authentication and resource access purposes.

Abstract: In some embodiments, a first server system of a cloud service can receive a bearer token for accessing the cloud service. The bearer token can be generated based on authenticating a remote client in communication with the first server system. The first server system can determine that a resource of the cloud service is hosted by a second server system of the cloud service rather than the first server system. The resource can be identified using the bearer token. The first server system can provide the bearer token to the remote client along with redirect information for accessing the second server system. The second server system can in respond to receiving the bearer token from the remote client by establishing a session with the remote client. The remote client can access the resource via the session with the second server system.

Abstract: Techniques for user collision detection and handling are described. According to various embodiments, a network resource provides content, services, and so forth, for consumption by authenticated users. To perform authentication tasks, the network resource leverages authentication services. Since a network resource may utilize multiple authentication services, collisions between users may occur. For instance, a user identifier for a user authenticated by one authentication service may match a user identifier for a different user authenticated by a different authentication service. Thus, techniques discussed herein are employed to detect such collisions and to handle the collisions such that users are differentiated from one another for authentication and resource access purposes.