Abstract: A lighting system (1) has a first lighting circuit (2) configured to provide a first predetermined level of lighting intensity. The first lighting circuit (2) is configured to receive power from a mains electricity supply (3) or from a battery source (4) if the mains supply is unavailable. The first lighting circuit (2) is connected to at least one first Light source (5) and configured, when actuated, to provide lighting at the first predetermined level of lighting intensity. At this time, the first light source is in either an on or off state or a level of light required to raise ambient light level above a predetermined level. The system (1) further has a second lighting circuit (13) configured to provide lighting at least a second predetermined level of lighting intensity. The second lighting circuit (13) is configured to receive power from the mains electricity supply (3) and is connected to at least one second light source (14).

Abstract: A system includes a server computing device executing code to provide a privacy-enabled service to users, and a mobile computing device able to access the server. The mobile device further able to open a user interface on the mobile device, receive a user name and password through the user interface, determine that the application is privacy-enabled, notify the user that the application is privacy-enabled and prompting the user for an application passcode, and receive the passcode from the user.

Abstract: A system includes a server computing device executing code to provide a privacy-enabled service to users, and a mobile computing device able to access the server. The mobile device further able to open a user interface on the mobile device, receive a user name and password through the user interface, determine that the application is privacy-enabled, notify the user that the application is privacy-enabled and prompting the user for an application passcode, and receive the passcode from the user.

Abstract: A ceiling frame system 1 comprises a plurality of frame members 1 configured to depend from the ceiling. The frame members 1 include one or more service conduits 11 and are configured to be interconnected to one or more other frame members 1 to interconnect said service conduits 11 between predetermined interconnected frame members 1. The services are accessible at one or more predetermined locations along the length of each frame member 1. A ceiling frame member 1 is also provided.

Abstract: A lighting system (1) has a first lighting circuit (2) configured to provide a first predetermined level of lighting intensity. The first lighting circuit (2) is configured to receive power from a mains electricity supply (3) or from a battery source (4) if the mains supply is unavailable. The first lighting circuit (2) is connected to at least one first Light source (5) and configured, when actuated, to provide lighting at the first predetermined level of lighting intensity. At this time, the first light source is in either an on or off state or a level of light required to raise ambient light level above a predetermined level. The system (1) further has a second lighting circuit (13) configured to provide lighting at least a second predetermined level of lighting intensity. The second lighting circuit (13) is configured to receive power from the mains electricity supply (3) and is connected to at least one second light source (14).

Abstract: The present invention relates to the use of toxoids prepared using a-dicarbonyl toxoiding reagents such as glyoxal, butanedione and phenylglyoxal. The toxoids may be prepared with low concentrations of toxoiding reagent and in short periods of time, often in as few as 24 hours, making the toxoiding reagents particularly advantageous when compared with traditional formaldehyde toxoiding. Toxoids prepared using dicarbonyl reagents such as phenylglyoxal are described and claimed as are pharmaceutical and vaccine compositions comprising the toxoids, methods of treatment using such compositions and antibodies generated by immunisation with the toxoid and methods of treatment using the antibodies so prepared or fragments of such antibodies.

Abstract: A ceiling frame system 1 comprises a plurality of frame members 1 configured to depend from the ceiling. The frame members 1 include one or more service conduits 11 and are configured to be interconnected to one or more other frame members 1 to interconnect said service conduits 11 between predetermined interconnected frame members 1. The services are accessible at one or more predetermined locations along the length of each frame member 1. A ceiling frame member 1 is also provided.

Abstract: A pharmaceutical composition comprising (i) a first specific binding agent selected from an antibody or a large binding fragment of an antibody which specifically binds a target toxin, and (ii) a second specific binding agent which comprises a small binding fragment of an antibody which binds said toxin. The compositions are used in the treatment of toxin poisoning, for example following exposure to toxins such as Botulinum toxins.

Abstract: A pharmaceutical composition comprising (i) a first specific binding agent selected from an antibody or a large binding fragment of an antibody which specifically binds a target toxin, and (ii) a second specific binding agent which comprises a small binding fragment of an antibody which binds said toxin. The compositions are used in the treatment of toxin poisoning, for example following exposure to toxins such as Botulinum toxins.

Abstract: An extender for use in with a cascade stack of network devices comprises an electronic circuit which has three ports, and circuit connections coupling each of the three ports to each of the other two ports; port connectors for each port; a two-part housing of which a first part has an end wall apertured for the protrusion of a first and a second of the connectors and a second part has an end wall apertured for the protrusion of a third of the port connectors; and screw fixings for securing the housing parts together.

Abstract: The disclosure embraces a method of and apparatus for distributing linear groups of fibers onto a moving collector which include engaging and advancing groups of fibers by rotating pull wheels, disengaging the groups of fibers from the pull wheels by oscillating and rotating members associated with the pull wheels, oscillating the members by cam-actuated systems of linkage to control disengagement of the groups of fibers from the pull wheels and effect distribution of the groups of fibers on the collector, and applying pressure on the linkage systems opposing the operation of the systems to substantially eliminate lost motion in the linkage systems and thereby promote oscillatory motion accuracy of the fiber disengaging members whereby the collected body of fibers is endowed with substantially uniform characteristics.