Abstract: A peripheral data storage device for IPad device having an encasement containing a system of electronic circuits which communicates with the IPad by means of a host software system and a device software system. The device also has a charge pass through connector and optional card slots. Various views of the device are shown in FIGS. 1-5.

Abstract: A fluid delivery device that may be used in any orientation is presented. The device includes a container, a first fluid in the container space, an inlet opening attached to a bladder, and an outlet opening. A second fluid enters the container through the inlet opening. The bladder, which receives the second fluid as it enters the container, expands with the amount of second fluid that is received. As more of the second fluid is received and the bladder expands, the first fluid is pushed out of the container through the outlet opening. The device may be used as a tire repair system, for example by coupling the inlet opening to an air compressor and coupling the outlet tube to a tire. The first fluid that's in the container space would be a sealant composition in this case. Different embodiments of the bladder are possible depending on the application.

Abstract: A fluid delivery device that may be used in any orientation is presented. The device includes a container, a first fluid in the container space, an inlet opening attached to a bladder, and an outlet opening. A second fluid enters the container through the inlet opening. The bladder, which receives the second fluid as it enters the container, expands with the amount of second fluid that is received. As more of the second fluid is received and the bladder expands, the first fluid is pushed out of the container through the outlet opening. The device may be used as a tire repair system, for example by coupling the inlet opening to an air compressor and coupling the outlet tube to a tire. The first fluid that's in the container space would be a sealant composition in this case. Different embodiments of the bladder are possible depending on the application.

Abstract: Semiconductor processing and equipment are disclosed. The semiconductor equipment and processing provide semiconductor wafers with reduced defects.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: A fluid delivery device that may be used in any orientation is presented. The device includes a container, a first fluid in the container space, an inlet opening attached to a bladder, and an outlet opening. A second fluid enters the container through the inlet opening. The bladder, which receives the second fluid as it enters the container, expands with the amount of second fluid that is received. As more of the second fluid is received and the bladder expands, the first fluid is pushed out of the container through the outlet opening. The device may be used as a tire repair system, for example by coupling the inlet opening to an air compressor and coupling the outlet tube to a tire. The first fluid that's in the container space would be a sealant composition in this case. Different embodiments of the bladder are possible depending on the application.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: An imaging composition, article and method of imaging are disclosed. The imaging composition is energy sensitive such that upon application of a sufficient amount of energy to the composition a color or shade change is affected. The imaging composition is coated on an article to form an energy sensitive article, which may be used in marking work pieces.

Abstract: An imaging composition, article and method of imaging are disclosed. The imaging composition is energy sensitive such that upon application of a sufficient amount of energy to the composition a color or shade change is affected. The imaging composition is coated on an article to form an energy sensitive article, which may be used in marking work pieces.

Abstract: An imaging method is disclosed. An imaging composition is coated on a work piece followed by applying a sufficient amount of energy from a 3-D imaging system to form an image on the coated work piece. The image may be a logo or marker for alignment of parts.

Abstract: Imaging compositions and methods of using the compositions are disclosed. The imaging compositions are sensitive to low levels of energy such that upon application of the low levels of energy the compositions change color or shade. The compositions may be used in methods of marking.

Abstract: A JTAG Boundary Scan method by which the on-chip system logic (OCSL) of an integrated circuit is changed by use of a state machine which, among other functions, allows a predefined set of instructions to be loaded into an Instruction Register and then executed. The predefined instructions are designed to follow in sequence after certain other previous instructions. The instructions change the OCSL from one state to another state and allows the state to be changed without the need of a full device reset. Additional instructions within this invention were created to have attendant operating modes for which termination is self timed within the integrated circuit. Additional instructions further control the implementation of instruction execution within the state machine.

Abstract: Boundary Scan integrated circuits are provided with a plurality of new registers between two dedicated pins, Test Data In (TDI) and Test Data Out (TDO) pins. The new registers include an address register and a plurality of test data registers which are addressable by the address register using address-dependent instructions in the instruction register (IR). Instructions for the addressable registers may be steered to the correct register with an ADDLOAD instruction placed in the instruction register followed by an address-dependent instruction. The ADDLOAD instruction makes the address register active between the TDI and TDO pins. Any instruction from a set of address-dependent instructions may be steered to any register handling address-dependent instructions allowing a small number of instructions to be used in a large number of addressable data registers. At the same time non-addressable registers, such as the Boundary Scan register, use address-independent instructions.

Abstract: The invention is concerned with pneumatic apparatus for removing fibers, dust and threads from industrial processes, particularly in the textile industry. In an arrangement in which there is a plurality of collecting heads each associated with a part of a machine from which dust, fibers or threads are likely to be emitted, each of these collectors leads into a common duct which in turn leads to a suction fan and filter.The suction pressure (or any other physical characteristic of the air in the duct which relates to the suction pressure) is detected, and a signal from this detector is compared with a signal corresponding to a desired suction pressure and the output signal from the comparator used to control the speed of the driving motor for the suction fan.

Abstract: The invention is concerned with pneumatic apparatus for removing fibres, dust and threads from industrial processes, particularly in the textile industry. In an arrangement in which there is a plurality of collecting heads each associated with a part of a machine from which dust, fibres or threads are likely to be emitted, each of these collectors leads into a common duct which in turn leads to a suction fan and filter.The suction pressure (or any other physical characteristic of the air in the duct which relates to the suction pressure) is detected, and a signal from this detector is compared with a signal corresponding to a desired suction pressure and the output signal from the comparator used to control the speed of the driving motor for the suction fan.