Abstract: A device, system and method for mode-based synchronization of data records is provided. Booking data is received, at one or more computing devices, from one of a first and second client device. When received from the first client device, in a first order mode for the booking data, the device(s): cause an order management system (OMS) to generate: order data at a first database; and cause a legacy system to generate a corresponding passenger name record (PNR) at a second database, the corresponding PNR being one-way synchronized to the order data. When received from the second client device, in a legacy mode for the booking data, the device(s): cause the legacy system to generate, a PNR and/or ticket data at the second database; and cause the OMS to generate corresponding order data at the first database, the corresponding order data being one-way synchronized to the PNR and/or the ticket data.

Abstract: A device, system and method for mode-based synchronization of data records is provided. Booking data is received, at one or more computing devices, from one of a first and second client device. When received from the first client device, in a first order mode for the booking data, the device(s): cause an order management system (OMS) to generate: order data at a first database; and cause a legacy system to generate a corresponding passenger name record (PNR) at a second database, the corresponding PNR being one-way synchronized to the order data. When received from the second client device, in a legacy mode for the booking data, the device(s): cause the legacy system to generate, a PNR and/or ticket data at the second database; and cause the OMS to generate corresponding order data at the first database, the corresponding order data being one-way synchronized to the PNR and/or the ticket data.

Abstract: Described herein are examples of methods that include receiving, at a communications relay, a first electronic communication from a third party device. The methods also include determining a sender identity associated with the first electronic communication. The methods include storing, on an electronic data storage unit associated with the sender identity, a communication digest of the first electronic communication associated with the sender identify; generating, at the communication relay, a unified network interface for accessing a set of electronic communications directed to the customer. The method includes providing, to the customer via a network, access to the unified network interface.

Abstract: A device, system and method for mode-based synchronization of data records is provided. Booking data is received, at one or more computing devices, from one of a first and second client device. When received from the first client device, in a first order mode for the booking data, the device(s): cause an order management system (OMS) to generate: order data at a first database; and cause a legacy system to generate a corresponding passenger name record (PNR) at a second database, the corresponding PNR being slaved to the order data. When received from the second client device, in a legacy mode for the booking data, the device(s): cause the legacy system to generate, a PNR and/or ticket data at the second database; and cause the OMS to generate corresponding order data at the first database, the corresponding order data being slaved to the PNR and/or the ticket data.

Abstract: Described herein are examples of communications relays. Systems, methods, and storage media may: receive, at a processing device of a communications server including a networking device configured to enable electronic communication by the processing device with a user device and a third party device via a communications service, an inbound communication from the third party device; determine, using the processing device, a sender identity associated with the inbound communication; create, using the processing device, an inbound communication digest of the inbound communication; store, using the processing device, the sender identity and the inbound communication digest on an electronic data storage unit; recast, using the processing device, the inbound communication to a relayed inbound communication including the inbound communication and the sender identity; and send, using the processing device, the relayed inbound communication to the user device.

Abstract: A device, system and method for mode-based synchronization of data records is provided. Booking data is received, at one or more computing devices, from one of a first and second client device. When received from the first client device, in a first order mode for the booking data, the device(s): cause an order management system (OMS) to generate: order data at a first database; and cause a legacy system to generate a corresponding passenger name record (PNR) at a second database, the corresponding PNR being slaved to the order data. When received from the second client device, in a legacy mode for the booking data, the device(s): cause the legacy system to generate, a PNR and/or ticket data at the second database; and cause the OMS to generate corresponding order data at the first database, the corresponding order data being slaved to the PNR and/or the ticket data.

Abstract: An exhaust duct for a turbine engine is provided including a duct having a generally hollow interior configured to receive a primary flow from a turbine section of the turbine engine and an ejector cooling air flow from an ejector of the turbine engine. The duct has a first end arranged in a first plane and a second end arranged in a second, distinct plane. The first plane and the second plane are arranged at an angle to one another between 70 degrees and 110 degrees.

Abstract: An annular wall for the combustion chamber of a turbomachine has a cold side and a hot side, said wall being provided with a plurality of primary holes and a plurality of dilution holes distributed in circumferential rows, together with a plurality of cooling orifices that are distributed in a plurality of circumferential rows that are spaced apart axially from one another, the number of cooling orifices being identical in each row thereof, and the wall further including bores disposed immediately downstream from the primary holes and from the dilution holes and distributed in circumferential rows, the bores in any one row presenting a substantially identical diameter, being spaced apart at a pitch that is constant, and presenting intrinsic characteristics that are different from the intrinsic characteristics of the cooling orifices of the adjacent rows.

Abstract: Injection system of a turbojet engine. It comprises a fixed part and a sliding crossmember. The sliding crossmember comprises a flange capable of sliding on the sliding surface of the fixed part. The fixed part comprises antirotation means and the sliding crossmember of the complementary antirotation means to limit the rotation of the sliding crossmember relative to the fixed part. These means consist of at least one cutout formed in the flange and of at least one lug protruding into said at least one cutout of the flange of the sliding crossmember.

Abstract: A telecommunication cable of the microcable or minicable type having optical fibers (2) contained in a thin retaining sheath (3) includes an external layer (4) extending concentrically around the retaining sheath. The external layer has a friction coefficient lower than that of the retaining sheath and a stiffness greater than that of the retaining sheath. These characteristics reduce friction and increase the stiffness of the cable when the latter is installed by blowing or floating in a conduit.

Abstract: A telecommunication cable of the microcable or minicable type having optical fibers (2) contained in a thin retaining sheath (3) includes an external layer (4) extending concentrically around the retaining sheath. The external layer has a friction coefficient lower than that of the retaining sheath and a stiffness greater than that of the retaining sheath. These characteristics reduce friction and increase the stiffness of the cable when the latter is installed by blowing or floating in a conduit.

Abstract: A telecommunication cable includes a plurality of modules, each with a thin retaining sheath for clamping optical fibers together. Each retaining sheath contains plural respective modules and is mechanically coupled to the retaining sheaths of the respective modules to form supermodules that contact an outside jacket. The retaining sheath of a supermodule includes an identification color or line to distinguish the supermodules from each other.

Abstract: A two-ply label adapted to be adhered to an object, such as a pharmaceutical bottle, comprises a top ply having a front and rear printable surface and a bottom ply having a front printable surface and a rear surface having permanent adhesive thereon to adhere the label to the object. The top ply and the bottom ply are engaged such that the rear printable surface of the top ply and the front printable surface of the bottom ply are immediately superimposed. The rear printable surface of the top ply has a deadened adhesive thereon to permit the top ply to be repeatedly removably adhered to the bottom ply. The front printable surface of the bottom ply can also include an identification bar code, in which case the top ply has a corresponding cut-out therein to permit the bar code to be visible.

Abstract: A telecommunication cable comprises a very high number of modules (MO) each with a thin retaining sheath (3) clamping optical fibres (1-2) together. So as to facilitate ??ing out and identifying the modules, retaining sheaths (4) each contain a plurality of respective modules and are mechanically coupled to the retaining sheaths (3) of the respective modules to form super-modules (SM) in contact with an outside jacket (6-7). The retaining sheath (4) of a super-module (SM) comprises at least an identification color or line to distinguish the supermodule from other supermodules.

Abstract: A two-ply laminated label comprises a top opaque ply having a printable front surface and a bottom transparent ply. The top ply of the label is superimposed on and removably adhered to the bottom ply, forming the laminated two-ply label. The bottom ply of the laminated label is superimposed on and removably adhered to a release liner, until label application. The two-ply laminated label is preferably adapted to be adhered to a pharmaceutical container. The top ply can be removed from the bottom ply which is permanently adhered to the container, in order to be permanently adhered to another surface, such as a physician's prescription pad.