Recording Equipment. Employees shall be notified in advance when video cameras or other recording equipment is installed in a work place. A sign indicating the facility has video cameras or recording equipment shall be placed at the main entrance to the facility. No disciplinary action shall be taken nor adverse evaluation made against an employee based solely upon photographs and/or any recordings by cell phones, tapes, or other recording devices. Furthermore, the existence of any such material which comes to the attention of an administrator shall be disclosed to the employee prior to proceeding with a District investigation.
Recording Equipment. Court clerks are responsible for operating court 6 recording equipment in accordance with established procedures. Operating the equipment includes 7 system checks prior to the court’s initial session for the day, either morning or afternoon; or if the 8 system has been turned off and restarted, sound checks throughout proceedings, ensuring 9 microphones are functioning, visually monitoring equipment, and timely reporting of issues.
Recording Equipment. The audience's use of camera and recording equipment is at the discretion of the Licensee(s). The Licensee shall make an appropriate announcement at the beginning of the performance. Custodial services: A minimum of $255.00 will be charged to the Licensee(s) for cleaning services on Friday and Saturday events. A mimium of $120.00 will be charged for events held from Sunday to Thursday. Security: York University reserves the right to require the presence of security at any performance and in whatever numbers it deems necessary. The cost of such security personnel will be borne by the Licensee(s) and is payable 15 working days in advance of the event. Coordination of security staff is carried out by the Technical Services Coordinator or his/her designate. Use of equipment: Only York University personnel may use University owned equipment. The control of such use is under the supervision of the Technical Services Coordinator or his/her designate. Electrical Hookup: During the booking process, the Licensee(s) must notify Performance Facilities staff of power requirements beyond the standard 115 VOLTS, 15 AMP AC. If additional electrical service hook up is required, arrangements must be made for a York University electrician to be present at the time of that hookup. All charges for this service are to be paid by the Licensee(s). Plant: Performance Facilites and its staff cannot be held responsible for any interference with electrical power, heating, cooling, or other factors not under their direct control. Advertising: Facilities are not to be advertised or used for any other purpose than that set out in the Agreement. No advertising costs may be charged to York. Food and Drink. With the exception of bottled water, no eating or drinking is permitted in the Facilities. This includes the audience chamber, as well as on stage and in the wings. Food and drink may be consumed in the back stage hallways and dressing rooms with prior writtten consent from Performance Facilities. Any clean up required or damages resulting from spills or stains in the occupied spaces will be charged to the licensee(s).
Recording Equipment. Court clerks are responsible for operating court recording equipment in accordance with established procedures. Operating the equipment includes system checks prior to the court’s initial session for the day, either morning or afternoon; or if the system has been turned off and restarted, sound checks throughout proceedings, ensuring microphones are functioning, visually monitoring equipment, and timely reporting of issues.
Recording Equipment. FAIRFIELD NODAL – Zland Nodal Seismic Data Acquisition System Fairfield Z-Land Generation I Nodes 7,100 Hand Held Terminal (HHT) 6 Auxiliary Signal Recorder, 4 Channel 1 Data Collection & Charging Rack, ZLand, including 30m Fibre Optic Cable. Capable of simultaneous harvesting & charging of up to 48 Nodes. Maximum of 5 hours to cycle 48 Nodes 10 Data Recorder, Base, Server, Rack Assembly with 1x 20TB RAID and 4 Channel ESATA Assembly. Includes software to store imported Node seismic data, store imported shot information, monitor Node deployment, display & QC Node raw data, create receiver gather files 1 Data Storage, Temporary, RAID, 20TB 1 Z Workstation, Shock Mounted, with Dual Monitors 2 Server, Spread Manager, ZLand, complete with ESRI ArcView 10 software (1 Mobile License) includes 5 years ESRI maintenance 1 Software, ESRI ArcGIS 5 Pack Bundle for 5 HHTs includes 5 years maintenance 3 License Fee for use of all Software & Firmware developed by FairfieldNodal and installed in this ZLand System Maintenance Fee for the FairfieldNodal developed Software & Firmware is include. 1 Laptop PC, with Diagnostic Test Software & Carrying Case 1 Kit, ZLand Test Cables 1 Tool Kit, ZLand 1 Bag, Carrying, 6x ZLand Nodes (for 7,100 nodes) 1,184 Shoulder Strap for Bag, Carrying, 6x ZLand Nodes (for 7,100 nodes) 1,184 VSAT System, Mobile including BGAN IP Terminal, Carrying Case and 1 year Mid-level Link Plan 1 Spares, DCCR, Zland/Zmarine 1 Spares, Recorder, Base, Server 1 Spares, RAID, 20TB 1 Hard Drive Assembly, USB, 500GB, removable Media for final data output 1
Recording Equipment. The use of video & audio recording equipment will not be permitted in any performance or rehearsal unless a copy of the appropriate AMCOS license is sighted by Arts Centre staff (Application forms are available from Centre Management.) Arts Centre staff must also be satisfied that permission has been granted by all relevant parties concerned. If a production is to be recorded an additional fee will be charged to the hirer.
Recording Equipment. Signals reflected from geological discontinuities below the sea floor are recorded by hydrophones mounted inside streamer cables. Hydrophones are typically made from piezoelectric material encased in a rubber plastic hose. This hose containing the hydrophones is called a streamer. Some hydrophone streamers contain up to eight litres of kerosene per meter to provide buoyancy, however, more modern streamers are ‘solid’ and do not contain kerosene. It is envisaged that ‘solid’ streamers will be used by the seismic contractors during the proposed survey by PCMRB. A typical marine streamer containing hydrophones is illustrated in Figure 6.6. The reflected acoustic signals are recorded and transmitted to the seismic vessel for electronic processing, where analysis of the returned signal data allows for interpretation of subsea geological formations. Source: xxxx://xxxxxxxxx.xx.xxxx.xxx/operations/sfmapping/images/stream.jpg Typically, each streamer is provided with electronic cable levelling devices (adjustable fins or hydroplanes known as ‘birds’) that allows streamer depth to be altered for optimal data collection and to avoid hazards (eg shoals, reefs, seabed obstructions, etc.). In addition, the length of each streamer is adjusted depending on water depth and data acquisition requirements.
