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RECORD PRODUCTION AUDIO PRODUCTION

BrandOwner (click to sort)
#1 STUNNA Cash Money Records, Inc.
357-PLATINUM ENTERTAINMENT CAMERON, DONALD SR.
A E R A.E. Records, Inc.
DEF JAM SOUTH DJR HOLDINGS, LLC
DEF JAM SOUTH RECORDINGS DJR HOLDINGS, LLC
DEF UNDERGROUND DJR HOLDINGS, LLC
FLF FLF Entertainment, L.L.C.
HOMETOWN RECORDS Hometown Records, L.L.C.
HUNDRED GRAND Holmes, Gregory A.
JULIA RAIN THOMAS, KAREN P.
JUST BLAZE Smith, Justin
LATCH-KEY Get Right Entertainment, Inc.
MIND KONTROL RECORDS Hooper, David R.
MUZIQ Muziq
REVVED RECORDS REVVED RECORDS, LLC
SISQO Dragon Entertainment, Inc.
STUNNA Cash Money Records, Inc.
TREAD RECORDS Myers, Adam
WORLDBEAT PRODUCTIONS Worldbeat Inc.
WORLDBEAT PRODUCTIONS Worldbeat Inc.
Technical Examples
  1. A method and a plant for simultaneous production of a gas for injection into an oil field and production of methanol, dimethyl ether and/or other oxygenated hydrocarbons or production of higher hydrocarbons from natural gas is disclosed. An air separation unit (ATR) for production of pure nitrogen for injection and pure oxygen for production of synthesis gas ("syngas") by authermal reformation of a natural gas is an essential part of the method and plant.
  2. The present invention provides a selective suppressor of the IgE production comprising a compound which suppresses the IgE production in a process from a differentiation of a mature B cell into an antibody-producing cell to the production of an antibody and which does not suppress or weakly suppresses the production of IgG, IgM and/or IgA which are produced at the same time, a compound of the formula (I):
  3. Embodiments include providing a gas lift system comprising production tubing disposed within a wellbore, the production tubing capable of allowing fluid flow in a first direction from outside the production tubing through a wall of the production tubing to inside the production tubing to introduce a gas into the bore of the production tubing, while preventing fluid flow in a second direction from inside the production tubing through the wall of the production tubing to outside the production tubing. In one aspect, fluid flow in the second direction is prevented by operation of at least two valve members disposed within a side pocket of a side pocket mandrel in the production tubing. At least one of the valve members is capable of preventing fluid flow in the second direction even when the other valve member is removed from the wellbore or is at least partially inoperative.
  4. This invention relates to a production system for retail goods which is intended for timely collection of accurate sales information from retail outlets and flexible production of goods in accordance with the same information, and includes sales information collecting units for collecting sales information at a plurality of sales outlets, a production size determining unit for determining a production quantity to be produced in the future for a plurality of goods based on the sales information received from the plurality of sales information collecting units, and a production unit for flexibly manufacturing the plurality of goods based on the sales information which is collected at the plurality of sales information collecting units. After the production size determining unit determines the production quantity, output data indicative of the production quantity determined by the production size determining unit is transmitted to the production unit so that the production unit manufactures the production quantity of the plurality of goods.
  5. A method for controlling a production process for the manufacture of customized production objects. A sequence of production objects runs through at least one partial process of a production process. The method ensures that, in series production, the processing of an order in the partial process is begun at the latest after a maximum waiting time. The sequence of electronically available orders is handled separately from the sequence of production objects and a copy of the order sequence is generated. If the first order of the copy does not match the first production object, the order is stored in an electronic buffer memory and a matching order for the first production object is determined. The order with the greatest waiting time is removed from this buffer memory whenever the previous waiting time exceeds a prescribed waiting time limit. A production object matching this order is brought forward and processed according to the order.

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