Abstract: A process of making fragrance compositions by adding solvents with different polarity before and after a filtering step to accelerate precipitation of e.g. waxy carry-overs from perfume oils.

Abstract: A continuous in-line process of making fragrance compositions increases the rate of production, compared to traditional batch processes, by having a chilling step that accelerates precipitation transformation.

Abstract: For safe storage and simple and safe administration of tablets T by a user, a cartridge 900 is provided that can be inserted into a medicament dispenser 1 for solid medicament portions T and that is designed with a reservoir for receiving the medicament portions T, and a medicament dispenser 1 for this cartridge 900 is also provided. According to the invention, the cartridge 900 comprises a singulation device 910 that is designed to dispense defined medicament portions T and that comprises a movable mechanism 940 for separating a defined medicament portion T from the reservoir and for dispensing it from the medicament dispenser 1, wherein the singulation device 910 is designed to produce an operative connection to an actuating device 14, 220, 224, 226; 15, 210; 230 in the medicament dispenser 1.

Abstract: A continuous in-line process of making fragrance composition by the ratio addition of solvents pre- and post- the filtering step to accelerate wax precipitation formed from waxy carry-overs from the perfume raw materials.

Abstract: For safe storage and simple and safe administration of tablets T by a user, a cartridge 900 is provided that can be inserted into a medicament dispenser 1 for solid medicament portions T and that is designed with a reservoir for receiving the medicament portions T, and a medicament dispenser 1 for this cartridge 900 is also provided. According to the invention, the cartridge 900 comprises a singulation device 910 that is designed to dispense defined medicament portions T and that comprises a movable mechanism 940 for separating a defined medicament portion T from the reservoir and for dispensing it from the medicament dispenser 1, wherein the singulation device 910 is designed to produce an operative connection to an actuating device 14, 220, 224, 226; 15, 210; 230 in the medicament dispenser 1.

Abstract: In a virtual machine environment, a method and apparatus for the use of multiple heaps to retain persistent data and transient data wherein the multiple heaps enables a single virtual machine to be easily resettable, thus avoiding the need to terminate and start a new Virtual Machine as well as enabling a single virtual machine to retain data and objects across multiple applications, thus avoiding the computing resource overhead of relinking, reloading, reverifying, and recompiling classes. The memory hierarchy includes a System Heap, a Middleware Heap and a Transient Heap. The use of three heaps enables garbage collection to be selectively targeted to one heap at a time in between applications, thus avoiding this overhead during the life of an application.

Abstract: A method of executing a program in a controlled environment includes initiating execution of an operating system with which the program is adapted to execute, inserting redirection logic at the beginning of the program, and executing the program such that the redirection logic is executed. A current instruction pointer is stored, and execution control is redirected to a program loader. The program loader selects a first block of instructions of the program, based at least in part on the stored current instruction pointer. This selected block of instructions is manipulated to provide a first phantom instruction block, which is executed in the controlled environment. This manipulation includes copying at least a portion of the selected first block to form the first phantom instruction block.

Abstract: A method of executing a program in a controlled environment includes initiating execution of an operating system with which the program is adapted to execute, inserting redirection logic at the beginning of the program, and executing the program such that the redirection logic is executed. A current instruction pointer is stored, and execution control is redirected to a program loader. The program loader selects a first block of instructions of the program, based at least in part on the stored current instruction pointer. This selected block of instructions is manipulated to provide a first phantom instruction block, which is executed in the controlled environment. This manipulation includes copying at least a portion of the selected first block to form the first phantom instruction block.