56results about How to "Diameter is limited" patented technology

The subject of the invention is a device for chemical or biological analysis comprising a carrier (21) containing a plurality of analysis sites able to fix a chemical or biological reagent, in which the analysis sites are formed of microdishes (23) hollowed out of the carrier, the side walls and the bottom of the microdishes and the areas of the carrier surface surrounding each microdish, called microdish edges, being made in at least one hydrophilic material (24), and the planar areas of the carrier arranged between the areas surrounding the microdishes being made in a hydrophobic material (27).

Drops (29) of reagent are therefore guided into the microdishes (23) on account of the hydrophobic areas (27). It is therefore possible to increase the density of analysis sites on the carrier.

A flange is provided at the opening metal of a pressure container, and it extends toward the periphery of the container body at the bonding part thereof at which it bonds to the container body. The liner of the pressure container has a self-sealing part at which it abuts the flange to be sealed up together. On the outer peripheral side of the self-sealing part, a ring-shaped constraint member is provided in the outer periphery of the liner, and the constraint member is to restrict the diameter expansion of the liner to be caused by the expansion of the container body. The liner has an easily-displaceable part that is readily elongable and deformable, at the outer periphery thereof in the radial direction of the self-sealing part.

A method of manufacturing an electron-emitting device, which has an easy manufacturing process and preferably controls an electron beam diameter. The method includes: arranging on a substrate a member comprising a first electroconductive layer blanketing the substrate, a layer containing at least one of materials forming an electron-emitting element blanketing the first electroconductive layer, a protective layer blanketing the layer containing at least one of materials, a second electroconductive layer blanketing the protective layer, an insulating layer blanketing the second electroconductive layer, and a third electroconductive layer blanketing the insulating layer; forming an opening, which extends from a surface of the third electroconductive layer to the protective layer, by dry etching; and wet-etching the protective layer through the opening to expose a portion of the layer containing at least one of the materials forming the electron-emitting element.

This invention relates to a method for manufacturing silicon-containing particles characterized by preparing a uniform phase comprising a curable composition that includes a silicon-containing compound having in one molecule one or more reactive functional groups per 50 silicon atoms and an oil that does not participate in curing of the composition, then curing the composition, and causing phase separation from the oil for obtaining the silicon-containing particles; and to silicon-containing particles obtained by the above method. The method provides silicon-containing particles of an extremely small diameter in a simple process without the use of surfactants. And the silicon-containing particles possess excellent dispersibility in oil and a high degree of ceramification by baking.

A magnetically induced radially expandable vascular stent for use inside a human body to hold open a stenosed vascular lumen. The stent comprises a flexible yet non elastic tubular main body, defining a peripheral wall having a radially outwardly expanded limit condition. A plurality of magnets are mounted in closely spaced wall pockets made in the main body peripheral wall. The relative orientation and position of the magnets are such that an equilibrium state is achieved corresponding to the tubular main body radially outward expanded condition, whereby the net effect of magnetic repulsion between the array of magnets is transformed into a synchronous mechanical radial expansion force of the stent tubular main body to an expanded stable condition thereof.

Disclosed is a spunbonded non-woven made of polyolefin filaments having a titer <1.6 dtex, the spunbonded non-woven having a surface weight ≦20 g/m², a density ≧0.06 g/cm³, a maximum tensile force of between 9.5 and 62 N in the direction of the machine and of between 4.5 and 35 N perpendicular to the direction of the machine.

A thrombolysis catheter system having a fixed length infusion zone is disclosed. The invention contemplates apparatus, method and kit aspects. The apparatus, which has the capability to track a guidewire, uses a multilumen catheter to deliver radially thrombolytic agent to an infusion zone defined by one or more balloon means. In one aspect, with an occluder means, a primary lumen of the catheter is used both for catheter placement and delivery of fluid. The method discloses utilization of radiopaque indicia to place the catheter in proximity to the occlusion or diseased tissue to be treated. The kit includes a catheter of the invention in conjunction with a steerable guidewire and a tip occluder wire, either or both of the tip occluder wire and the guidewire having an enlargement on their distal tip which cooperates with a reduced diameter portion of the catheter lumen.

A drill bit is described herein, having a first bit face with a first plurality of cutters oriented to bore in a first direction, and a second bit face with a second plurality of cutters oriented to bore in one or more second directions. The pluralities of cutters enable functional articulation of the drill bit, such that the drill bit can change direction within a borehole without requiring removal of the drill bit. The drill bit can thereby drill in a downhole direction and lateral directions, can back ream through the borehole, and can provide the borehole with one or more oversized regions, as desired.

There is provided an illumination system for wavelengths of <=100 nm, having an object plane and a field plane. The illumination system includes a grating element having a plurality of gratings, and a diaphragm. The diaphragm is arranged after the grating element in a beam path from the object plane to the field plane.

The present invention relates to a negative electrode material for a secondary battery and to a method for manufacturing same. The negative electrode material includes a graphite matrix and a plurality of tin-oxide nanorods disposed on the graphite matrix. Thus, when the negative electrode material is used as the negative electrode for a secondary battery, the negative electrode material may provide high initial capacity (1010 mAhg⁻¹) and coulombic efficiency, superior rate capability, and improved electrochemical properties. Further, the method for manufacturing the negative electrode material for a secondary battery includes: a step of activating a surface of graphite; coating tin-oxide nanoparticles onto the activated surface of the graphite so as to form tin-oxide seed-type graphite; and heating the tin-oxide seed-type graphite using heated water in order to grow a plurality of tin-oxide nanorods.

A dense-pitch small-pad copper wire bonded double IC chip stack package comprises a plastic package body, in which a lead frame carrier and a frame lead inner pin are arranged; the upper surface of the lead frame carrier is fixedly connected with a first IC chip; a second IC chip is stacked on the first IC chip; the upper surface of the first IC chip and the upper surface of the second IC chip are respectively provided with a plurality of pads which are arranged as two lines of pad groups in parallel; the two pad groups are respectively a first pad group and a second pad group; a metal ball is implanted on each pad; each metal ball is connected with a first copper bonding ball; and a third copper bonding wire is formed by looping and arching on a corresponding metal ball between the second IC chip and the first IC chip. The preparation process of the present invention comprises thinning, scribing, loading the chip, performing pressure welding, plastic packaging and post-curing, trimming, electroplating, printing, forming and separating, and packaging. The package and the preparation method of the invention avoid the hidden danger of open circuit of a plastic packaging punching wire caused by the crater on the pad, the short circuit of adjacent welding spots, and the easy damage of a previous wire.

The invention relates to a non-axial working End-of-Content mechanism which is geared by a hypocycloid gearing. The EoC mechanism comprises a first element (30, 109) having a first internal surface (36, 136) with a first internal diameter (D), and an EoC element (50, 150) having a second external surface (56, 156) with a second external diameter (d) being smaller that the first internal diameter (D). The EoC element (50, 150) is located inside the first internal diameter (D) of the first element (30, 109) and the first element (30, 109) and the EoC element rotates relatively to each other in a gearing ratio. The EoC element (150, 150) thus operating as the inner rolling circle of a hypocycloid counting the numbers of relative rotations. The EoC mechanism further has stopping means (45, 55; 113, 155)) provided for stopping the relative rotation in a predetermined position which position correlates to the initial injectable content of drug in the injection device such that a user cannot at any time set a dose larger than the quantum left in the injection device at any time.

A valve for restricting flow through an opening of a control valve in a vehicle engine includes a tubular shell having a central axis that extends between open ends of the shell. The shell also includes a base and a blocking element having an interior surface exposed to an internal space of the shell and an exterior surface exposed to an exterior space surrounding the shell. The blocking element is connected to the base by a deflectable connector such that the blocking element can be deflected towards the central axis in response to fluid pressure acting on the exterior surface, and away from the central axis in response to fluid pressure acting on the interior surface so as to selectively block the opening.

A method of preparing spherical pellets from a slurry comprising a ceramic powder, a solvent, and any desired additives, by means of a drop-generating orifice to which said slurry is fed is described, wherein the drops are released from said orifice by means of a relative flow of a liquid medium which is a poor solvent for the solvent of the slurry, formed into spherical bodies in said liquid medium by means of the action of surface tension, and thereafter treated for consolidation. More specifically, the present invention relates to the preparation of pellets of a catalyst or catalyst support material, suitable for use in high temperature conditions.

The present invention provides a tactual sensor using a micro liquid metal droplet simultaneously having high sensitivity and good spatial resolution. A tactual sensor using a micro liquid metal droplet according to an exemplary embodiment of the present invention includes: a first film having a first electrode layer; a second film having a second electrode layer facing toward the first electrode layer; an insulating layer provided on the second film while covering the second electrode layer; and a main body disposed between the first electrode layer and the insulating layer to form a chamber corresponding to the first electrode layer and the second electrode layer and accommodating a micro liquid metal droplet in the chamber.

An optical displacement sensor is provided, in which an optical fiber is disposed between a light source and a light receiving means so that light emitted from the light source is conducted therethrough so as to be duly received by the light receiving means whereby a beam diameter can be controlled and a uniform intensity distribution of emitted light can be ensured without providing a pinhole aperture. Also, a six-axis force sensor incorporating such an optical displacement sensor is provided.

Device for manufacturing lollipops, including a rotatably driven drum provided with lollipop moulds at its circumference, a supply for supplying a strand of lollipop material to the lollipop moulds and a discharge for lollipops formed in the lollipop moulds, wherein the drum is disposed on a hollow shaft and wherein the lollipop moulds are disposed at the circumference of a casing, which defines an annular space with the hollow shaft, wherein the hollow shaft is provided with a first passage and a second passage, each forming a fluid connection between the cavity in the hollow shaft and the annular space, wherein the hollow shaft is provided with a fluid supply and a fluid discharge, which fluid supply is in fluid connection with a pressure source for cooling air, wherein the lollipop moulds comprise lower moulds that are fixed to the casing and the casing with the lollipop moulds forms a detachable part of the device and can be slid on the hollow shaft when being placed or removed.