436results about How to "Precise arrangement" patented technology

A modular power transmitting system comprises multiple transmitter modules being connected together for transmitting power inductively to a receiver. The transmitter module is connected with other transmitter modules for transmitting power inductively to the receiver, wherein the transmitter module (40) comprises at least one transmitter cell (30), each transmitter cell having one transmitter coil (33) by which the transmitter cell transmitting power to the receiver, the transmitter module having an outer periphery (45) being shaped so as to fit to neighboring transmitter modules for forming an power transmitting surface, the at least one transmitter cell being arranged such that the power transmitting surface is constituted by an uninterrupted pattern of adjacent transmitter coils extending in said surface, and interconnection units (110,111) for connecting with neighboring transmitter modules for sharing a power supply.

The system for monitoring and dispensing medical items which are dispensed for administration to patients includes a data terminal (76, 338) which is connected through a network (82, 328) to at least one remote computer (84, 324) having a processor and a data store. The system also includes a reading device (348) which is connected to the network. A user of the data terminal or the reading device is enabled to select a patient for whom medical items will be used, and responsive to a request to dispense items the requested items are dispensed from dispensing devices (96, 100, 344, 346, 450, 527) connected to the data terminal. A report generating device (384) generates reports (388) which include machine readable indicia corresponding to patients and/or medical items. Users may select patients and dispense medications by reading the indicia from the reports using the reading device. Certain storage locations are also labeled with machine readable indicia which may be read to indicate the taking of items therefrom as well as to indicate inventory status information. One such dispensing device in the system is a cabinet (550). The cabinet may be configured with various configurations of drawers or shelves by supporting connecting members in apertures which extend in the interior walls of the cabinet.

A circuit breaker having internal power monitoring and data signal generating apparatus, and a system for utilizing such a circuit breaker in a facility having a plurality of tenants served by branch circuits from a plurality of distribution panels. The circuit breaker radiates signals indicative of power consumption of the branch circuit protected thereby, together with a unique address identifier tied to one tenant. Electrical billings are based on summing all signals for each tenant. Changes to branch circuits during tenancy will not disturb correct billings since individual circuit breakers are associated with that tenant using power supplied by each branch circuit. Hence changes to branch circuits may be limited to modify building space locations served by the modified branch circuit, and need not be further modified to maintain correct billing in light of the circuit changes.

Integrally stiffened and formed, load carrying structures comprising a plurality of elongated thin-walled tubes placed co-extensively in a complementary side-by-side fashion which together form a hollow structure having a desired external contour. Integral skins forming the external and internal surfaces of the structure cooperatively therewith. The structure can be formed with an underlying internal support member spanning the interior of the load carrying structure, thereby connecting opposite sides of the structure together. Also, each of the tubes are wound with fibers in controlled orientations generally paralleling the direction of the loads applied to the tubes to optimize the strength to weight ratio of the tubes.

A method for treating material, the material contaminated with contaminants, the method including: introducing material with contaminants to a system for remediation including a thermal treatment system, a quench system, a weir tank system and a condensing system; feeding a slurry of the material to the thermal treatment system and heating the material therein producing heated discharge solids and a discharge stream with liquid and solids therein; optionally, discharging the heated discharge solids and feeding them to a mill system; feeding the discharge stream to a quench system producing a cooled discharge stream which is fed to the weir tank system; the weir tank system having a clean side and a dirty side; the cooled discharge stream fed to the dirty side of the weir tank system, and from the weir tank system producing at least one stream of cleaned liquid and a stream with contaminants therein; and, in one particular aspect, remediating drilled cuttings material using such a method.

A semiconductor device comprises a substrate, a semiconductor fin, a first isolation structure and a first dummy structure. The semiconductor fin comprises a first sub-fin and a second sub-fin protruding from a surface of the substrate. The first isolation structure is disposed in the semiconductor fin used for electrically isolating the first sub-fin and the second sub-fin. The first dummy structure is disposed on the first isolation structure and laterally extends beyond the first isolation structure along a long axis of the semiconductor fin, so as to partially overlap a portion of the first sub-fin and a portion of the second sub-fin.

A method is disclosed for improving an optical imaging property, for example spherical aberration or the focal length, of a projection objective of a microlithographic projection exposure apparatus. First, an immersion liquid is introduced into an interspace between a photosensitive surface and an end face of the projection objective. Then an imaging property of the projection objective is determined, for example using an interferometer or a CCD sensor arranged in an image plane of the projection objective. This imaging property is compared with a target imaging property. Finally, the temperature of the immersion liquid is changed until the determined imaging property is as close as possible to the target imaging property.

A telecommunication optical cable has a number of optical fibers; at least a microsheath loosely containing the optical fibers, the at least one microsheath loosely containing the optical fibers therein forming at least one corresponding microbundle, wherein the optical fibers are stranded according to an open helix trajectory.

There is disclosed a recording sheet for use in an image recording apparatus which forms an image by a recording head, the recording sheet has a pattern for measurement in which a correction amount for correction of a positional shift of a recorded dot recorded by the recording head is measurable based on a positional relationship with an image for measurement formed by the recording head, and accordingly it is possible to correct arrangement of recorded dots and to record an image without any distortion.

An organic layer capable of forming surface areas having an adsorption property different from that of a periphery due to the chemical change of a surface functional group is formed on a board. The surface of the organic layer is patterned and oxidized by a scanning probe microscope to form an array pattern in which small sections for adsorbing nanoparticles are arranged. Then, nanoparticle dispersed solution is applied to the organic layer having the array pattern or the organic layer is dipped in the nanoparticle dispersed solution to form a particle layer on the organic layer. At this time, the nanoparticles in the nanoparticle dispersed solution are respectively fixed only onto the small sections. Therefore, a nanoparticle array on which groups of nanoparticles are arranged in an array can be obtained. Thus, the nanoparticle array on which the groups of the nanoscale particles are arranged on the board is efficiently formed

An attachment system for connecting a first component with a second component includes a screw element (12; 42) having at least regionwise, a first threaded section (15; 45), a bearing member (18; 48) for abutting one of the components and having a through-opening (19) through which the screw element (12; 42) is extendable; and a counter-screw element (27; 57; 77) defining an attachment axis (29; 59; 79) and having a second threaded section (28; 58; 78) cooperating with the first threaded section (15; 45), an engagement section (31; 61; 81), a bearing section (30; 60; 80) spaced from the engagement section (31; 61; 81) in a direction of the attachment axis (29; 59; 79), and a connection section (32; 62; 82) for connecting the bearing and engagement sections.

The invention provides a forming process of a thin film pattern capable of properly realizing a thin line. The forming process of a thin film pattern of the invention can be a process of forming a thin film pattern by arranging a functional liquid on a substrate P. The process can include a bank forming step to set up banks protrudingly on the substrate corresponding to the thin film pattern, a repellent liquefaction step of imparting a liquid repellent property to the bank by CF₄ plasma processing, and a material arranging step of arranging the functional liquid between the banks imparted with the liquid repellent property.

PCT No. PCT/CH97/00203 Sec. 371 Date Dec. 28, 1998 Sec. 102(e) Date Dec. 28, 1998 PCT Filed May 23, 1997 PCT Pub. No. WO98/00353 PCT Pub. Date Jan. 8, 1998A device for pressing of tablets from a blister pack. The device has a base plate and a cover plate. When closed, the two plates connected to each other by a hinge are superimposed in such a manner that openings in the cover plate are arranged substantially over openings in the base plate. The base plate is arranged using fins at a distance from a datum plane. Supporting bumps and embossed edges form a support plane on which the blister pack rests with the cover film thereof, for facilitating punching through the cover film when pressure is exerted on bumps of the deep-drawn plastic film of the blister pack. Tabs with corresponding locking noses lock the device. The device also allows disabled patients to remove the tablets required from the blister pack without further assistance.

The invention relates to a jig for manufacturing components of aerodynes and wind turbines and a manufacturing process for these components, the jig comprising a base (10), on which at least one rigid part (7) like a flange is arranged in the upper edge of at least one of the sides, which rigid part is connected to the base (10) through an elastic hinge (8), which can driven to pivot between a raised closed position and a lowered open position, for the molding and demolding of the components to be manufactured by means of incorporating fiber strip layers on the surface that they determine between the base (10) and the flange or flanges (7).

A flow chamber (1) made of plastics as an object carrier for light-microscopic examinations comprised at least one channel (4) in a base plate (2), said channel having a width of 0.01 to 20 mm and a height of 0.01 to 5 mm. One liquid reservoir (3, 3′) each is connected to the inlet and outlet opening (6, 6′) of the channel, whereby a communicating system is generated. The bottom and/or the cover of this chamber is made of a high-class plastic material and may be functionalized. The inlet and outlet portions of the channel may be formed by a rounding (7) of the channel edges or by a surface treatment in a manner that drop formation is prevented and the flow is therefore not obstructed. In a method of sample preparation for light-optical microscopic examinations, a sample flow is generated by a system of communicating pipes, in that a reservoir of a solution with the sample is connected via a third channel with at least one further reservoir and the filling level of the reservoirs differs at the beginning of the examination.

The present invention provides, at low cost, a multilayer radiation detector whose position relative to a beam axis can be verified. The radiation detector includes a plurality of sensors that react to radiation and are stacked in parallel inlayers in a traveling direction of the radiation. The sensors are each sectioned into a central region including the center of the sensor and another region surrounding the central region. The radiation detector independently measures signals measured by the central regions and signals measured by the other regions. Thus, the position of the radiation detector can be verified.

In a measuring method for measuring the imaging quality of an optical imaging system (10), a measuring mask is provided, which has a mask structure (20), which can be arranged in the region of an object surface of the imaging system. Furthermore, provision is made of a reference structure (23) adapted to the mask structure, which reference structure is to be arranged in the image surface (12) of the imaging system, and a two-dimensionally extended, radiation-sensitive recording medium (24), which is arranged in a recording position in such a way that a superimposition pattern that arises when the mask structure is imaged onto the reference structure can be detected by the recording medium. For the evaluation of the recording medium, the recording medium is brought from the recording position into an evaluation position remote therefrom. The measuring method and the associated measuring system are particularly suitable for fast, high-precision measurement of projection objectives in the incorporated state in microlithography projection exposure apparatuses.

Phased-array antenna systems can be constructed using transfer printed active components. Phased-array antenna systems benefit from a large number of radiating elements (e.g., more radiating elements can form sharper, narrower beams (higher gain)). As the number of radiating elements increases, the size of the part and the cost of assembly increases. High throughput micro assembly (e.g. by micro-transfer printing) mitigates costs associated with high part-count. Micro assembly is advantaged over monolithic approaches that form multiple radiating elements on a semiconductor wafer because micro assembly uses less semiconductor material to provide the active components that are necessary for the array. The density of active components on the phased-array antenna system is small. Micro assembly provides a way to efficiently use semiconductor material on a phased array, reducing the amount of non-active semiconductor area (e.g., the area on the semiconductor material that does not include transistors, diodes, or other active components).