908results about How to "Clear process" patented technology

An optical delivery waveguide for a material laser processing system includes a small lens at an output end of the delivery waveguide, transforming laser beam divergence inside the waveguide into a spot size after the lens. By varying the input convergence angle and / or launch angle of the laser beam launched into the waveguide, the output spot size can be continuously varied, thus enabling a continuous and real-time laser spot size adjustment on the workpiece, without having to replace the delivery waveguide or a process head. A divergence of the laser beam can also be adjusted dynamically and in concert with the spot size.

A miniaturized optical component (36) for a camera pen has the shape of a plate and comprises at least two non-overlapping radiation-transmitting sections: an imaging section (36′) configured to transmit an image of an object plane, and an illuminating section (36″) configured to transmit illuminating radiation towards the object plane. Passive optical elements may be incorporated in the component to provide the imaging and illuminating sections, e.g. an image-generating surface structure, an illumination-controlling surface structure, a radiation filter, a stray light shield, and an aperture stop. These optical elements may be provided as well-defined surface structures and layers on a plate substrate. The optical component may be manufactured as a wafer structure comprising a plurality of these optical components. A camera housing (22) may be provided with a first mounting structure (56) for the optical component (36), a second mounting structure (64) for an image sensor (11) configured to detect the image, and a third mounting structure (66) for a radiation source (13) configured to generate the illuminating radiation. An elongate guide pipe (24) for receiving a stylus (8) may be received in and joined to an elongate recess (28) in an exterior wall portion of the camera housing (22).

A MEMS microphone comprising a MEMS transducer having a back plate and a diaphragm as well as controllable bias voltage generator providing a DC bias voltage between the back plate and the diaphragm. The microphone also has an amplifier with a controllable gain, and a memory for storing information for determining a bias voltage to be provided by the bias voltage generator and the gain of the amplifier.

There is disclosed a simulator for mobile terminals within the context of a wireless network, for the purpose of testing the basestations. Channel impairments are effected during baseband processing.

A human machine interface includes a capacitive touch screen having a capacitive sensor. The capacitive touch screen displays text characters and / or graphical information. A control device is rotatably coupled to a structure such that the control device is superimposed over the screen. The control device includes at least one electrically conductive element. The control device rotates about an axis substantially perpendicular to the screen such that the at least one electrically conductive element follows the rotation of the control device. The capacitive sensor senses a rotational position of the at least one electrically conductive element.

The present invention provides a novel method for culturing cells as well as a novel method for producing a recombinant protein by culturing cells at large scale (up to 1,500 L nominal volume and 750 L working volume), whereby an inflated bag provides a sterile, disposable cultivation chamber. The inflated bag is partially filled with liquid cultivation media and cells, and placed into a containment vessel. The containment vessel is positioned onto an orbitally shaken platform. The orbital shaking moves the containment vessel and thus the bag and induces thereby motion to the liquid contained therein (“shake mixing”). This motion (caused by orbital shaking) induces a dynamic force field that ensures cell suspension, bulk mixing, and oxygen transfer from the liquid surface to the respiring cells without damaging shear or foam generation.

A scanning 3D imager for recording images of a scene comprises a light source configured to emit a fan-shaped pulsed light beam with linear cross section, a scanning mirror arranged in the light path of the light beam to guide the light beam into the scene and to successively illuminate slices of the scene by sweeping the light beam through the scene transversally to the linear cross section thereof, and an imager chip arranged to receive light from the scene via the scanning mirror, the imager chip comprising an photosensor array disposed in such a way that the illuminated slices of the scene are successively imaged thereon.

To be able to form a copper-zinc-tin alloy which optionally comprises at least one chalcogenide and thus forms a semiconductor without the use of toxic substances a metal plating composition for the deposition of a copper-zinc-tin alloy is disclosed, wherein said metal plating composition comprises at least one copper plating species, at lease one zinc plating species, at least one tin plating species and at least one complexing agent and further, if the alloy contains at least one chalcogen, at least one chalcogen plating species.

A point of sale (POS) bar code scanner such as in common use in retail stores includes provision for reading bar coded redemption coupons (or other bar coded documents redeemable for value) in a manner secure from a human operator. Integration of functions between the POS scanner and the coupon reader varies with different embodiments described. Through software associated with bar code decoding logic, a comparison is made between information on a validation coupon and information on items presented for purchase, and a decision is made as to whether the redemption coupon is valid and redeemable in this transaction. In one embodiment, the bar code scanner simply receives the redemption coupon face down on the product scanner window, and integrated decode logic of the scanner identifies the bar code as belonging to a redemption coupon, then makes the comparison and validation of the coupon for the particular transaction. In some embodiments of the invention, the POS product scanner has a special beam exit window through which the scanning beam is diverted when it is signified that a redemption coupon is to be read, with a coupon reading scan pattern. After validation the coupon may be punched or otherwise cancelled, and / or sent to a secure container. Several types of securing devices are disclosed, for preventing subsequent use of redeemed coupons.

A LED light tube is disclosed. The light tube, along with the heat dissipation fins on it, is built as one piece. The heat dissipation fins are shaped like bats with wings extended out to have a well-defined center line, which helps create a better heat convection condition in the tube. The light tube also formed with two extended axis having a plurality of teeth formed thereon so as to provide the light tube having capability of angle adjustment about the axis of the light tube.

The invention relates to an electronic distance measuring device which measures the propagation time to and from a target of a shor pulse of a trasmitted electromagnetic beam from a radiation source comprising a microchip laser, and comprising objective optical system (6; 16; 21); for the reflected beam from the target and a detecting unit (9; 13; 20) to which the received beam is transmitted. Means (4, 5; 15) is provided for making the transmitted and the receiving electromagnetic beam coaxial. Means (6, 10, 12; 14, 16; 21, 22) are also provided for focusing the received beam onto the detecting unit (9; 13; 20). A means (3) makes the transmitted electromagnetic beam simultaneously as narrow and as collimated as possible in order to get a well-defined radiation measuring spot on the target.

Novel nanoparticles-entrapping spherical composites, composed of a metal oxide or semi-metal oxide and a hydrophobic polymer, are disclosed. The spherical composites are characterized by well-defined spherical shape, a narrow size distribution and high compatibility with various types of nanoparticles. Further disclosed are processes for preparing the nanoparticles-entrapping spherical composites and uses thereof.

The invention relates to a method for constructing an engineering pile by combining a rotary drilling rig with manual pile base chambering, which comprises the following steps: (1) preparation work before construction, including field leveling; (2) pile lofting; (3) pile casing embedding; (4) rig installation and rotary drilling; (5) manual pile base chambering; (6) rotary drilling drill quality detection; (7) reinforcement cage manufacturing; (8) reinforcement cage installation; (9) preparation before casting, mainly including hole cleaning, final hole acceptance check, and pump concrete casting quality safeguard measure; and (10) concrete casting, mainly including guide pipe installation, concrete casting and sampling for test and pile forming. In the method for constructing the engineering pile by combining the rotary drilling rig with the manual pile base chambering, the high efficiency of the rotary drilling rig is fully utilized, and the manual pile base chambering is utilized, the advantages of the rotary drilling rig and the manual pile base chambering are combined to make up the defects of the rotary drilling rig and the manual pile base chambering. The construction steps are detailed; the process flow is clear and definite; the construction quality of the engineering pile is ensured through an effective detail measure; the construction process of the rotary drilling rig and the process step of the manual pile base chambering are combined as a whole to realize the effective allocation of a construction field, a construction machine and construction time; and when the construction quality is ensured, the construction efficiency of a digging pile is greatly increased, thereby, the construction time of the engineering pile can be greatly saved, and the construction period requirement of the project is met.

The invention discloses Agrobacterium ZX09, water-soluble beta-glucan prepared from the Agrobacterium ZX09 and the preparation method thereof and the application on reducing blood sugar, wherein the bacterial strain of the Agrobacterium ZX09 is obtained by separating saline soil from Dongying city in Shandong province; the bacterial strain is Agrobacterium sp. and is collected in China Center for Type Culture Collection (CCTCC) on January 21st, 2010; and the collection number is CCTCC NO:M2010020. The structure general formula of the water-soluble beta-glucan prepared from the Agrobacterium ZX09 is as follows: ->(3)-beta-D-Glup-(1->3)-[beta-D-Glup-(1->3)-beta-D-Glup-]3-alpha-D-Glup-(1->3)-alpha-D-Glup-(1)n->, and n in the structural formula is from 100 to 200. The bacterial strain has the advantages of novelty, special properties, salt resistant growth, no pigment secretion in the process of growth, simple and convenient cultivation operation, simple technology, total synthetic media, definite components and low cost, and is suitable for industrial production.

The invention discloses a fast decoupled flow calculation method for power systems, which comprises the following steps of: inputting original data and initializing voltage; forming an admittance matrix; forming correction equation coefficient matrixes B' and B'' and performing factor table decomposition; performing P-theta iteration, and correcting a voltage phase angle; performing Q-V iteration, and correcting voltage amplitude; judging whether the iteration is converged; and calculating node power and branch power. The method requires that the P-theta iteration and the Q-V iteration are all converged in the same iteration and the iteration process is finished, so that the algorithm frame is simpler, and the flow is clearer. The sparse matrix technology is not adopted, so the matrix elements are convenient to access and calculate, and the programming is simple; the correction equation coefficient matrixes are stored according to n order, number change of nodes is avoided, and the programming difficulty is reduced; and the calculation amount is reduced through reasonable logic judgment, the calculation speed is obviously improved and the requirement of scientific research can be completely met. The fast decoupled flow calculation method also can process power systems with a plurality of balance nodes.

The invention discloses a continuous trajectory planning transition method for a robot tail end. The method comprises following steps that firstly, a first line segment and a second line segment which need to be subjected to continuous trajectory planning transition are determined, demonstration points of a connecting line segment are determined, and the transition distance between the demonstration points and the first line segment and the transition distance between the demonstration points and the second line segment are determined; secondly, according to the transition distance between the demonstration points and the first line segment, first transition joint points on the first line segment are determined, and according to the transition distance between the demonstration points and the second line segment, second transition joint points on the second line segment are determined; and thirdly, an amplitude coefficient, a phase coefficient and a speed zooming coefficient are calculated in a coordinate axis, and the amplitude coefficient, the phase coefficient and the speed zooming coefficient are brought into a limited term sine position planning function to determine a transition curve expression between the first transition joint points and the second transition joint points. The algorithm flow is clear, the calculating time is greatly shortened, and the complex degree of a robot control system is reduced.

The invention discloses a method for extracting phospholipid-enriched krill oil from Antarctic krill. The method comprises the following steps: using Antarctic krill as the raw material and using the autologous protease to decompose the Antarctic krill and release lipids, quickly heating to inactivate the enzymes in the krill, drying at low temperature, and extracting krill oil with rich eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA) phospholipids at low temperature by using low carbon alcohol as the solvent. The method disclosed by the invention is simple to operate, has the advantages of clear process and high input-output ratio; and compared with other organic solvents, ethanol or isopropanol is safer for storage, transportation and use, has abundant sources, and has obvious advantages of being used as the solvent for extracting oil of krill type crustacean.

In a method for virtual adaptation of an object to be medically inserted in a patient, to a body part of the patient, the object is shown in a desired view on a monitor, the body part is shown on the monitor, the body part in its unchanged imaging context, is automatically displaced relative to the object until the object is adapted to the body part with the orientation of the object relative to the monitor remaining unchanged.

The present invention is directed to maleamic acid derivatives of water soluble polymers, to chemically stable water-soluble polymer succinamic acid-active agent conjugates, and to methods for reproducibly preparing, characterizing and using such polymer reagents and their conjugates.

Devices and methods for the treatment of skin conditions and lesions are disclosed herein. A thermal device can be used to heat or cool a personal care pack that can then be used to cleanse, treat, and rejuvenate the skin. The personal care pack can be formulated with smooth or abrasive material and can contain a variety of liquids, lotions or gels. Application of the personal care pack, at the desired temperature to the skin can stimulate deeper blood circulation, clear pores, diminishes or removes deep and fine wrinkles, accelerate acne clearing, treat blemished skin, decrease edema and erythema of the skin, and reduce puritis of various etiologies.

The method includes steps: parsing object to be tested, picking up tested information from the object tested; displaying the picked test information, receiving test information input from user; generating test case based on the picked test information and the inputted test information; combining the test case and object to be tested creates testing target codes; running the testing target codes implements test for robustness of software product. The invention also related to device for testing robustness of software product. The invention can realizes automatic generation and automatic extraction for test information of tested object.

In a container (1) for transporting and storing substances that is provided with a transponder for radio frequency identification, it is provided that the container exhibits a substantially cylinder-shaped main section (12) having a curved lateral surface, and that the transponder includes an electronic memory (21) and, as a coupling element, an antenna coil (22), the antenna coil (22) being disposed in or on a wall surface of the container (1) and with its axis parallel to the cylinder axis of the main section (12). According to the present invention, the antenna coil (22) is disposed in the region of the cylinder-shaped main section (12) of the container on the lateral surface of the cylinder and exhibits one or more windings around the cylinder axis.

The present invention provides methods and systems for particle detection and analysis using two-dimensional optical imaging to access enhanced detection sensitivity and expanded sensing functionality relative to conventional point and array detection-based optical particle counters. Methods and systems of the present invention provide a two-dimensional optical imaging-based particle sensing platform wherein system components and specifications are selected to generate reproducible and readily identifiable signals, including particle detection signatures, from optical scattering or emission from particles provided to the system. Systems and methods of the present invention are capable of accurately and sensitively detecting, identifying, and characterizing (e.g., determining the size of) particles in liquid phase or gas phase samples.

The invention is a device comprising a device for detecting and signaling a physical value when connected to a rim (1) in a position below a pneumatic tire mounted on the rim (1), and further comprising a device to discover a detachment of the device from the rim. The invention provides that the device to discover a detachment comprises a proximity sensor responsive to the rim (1).

The invention discloses an experimental system used for simulating severe accident conditions of the containment of a nuclear power plant and an implementation method thereof to overcome the problem that comprehensive simulation of severe accident conditions of the containment of a nuclear power plant cannot be realized in the prior art. The experimental system comprises an experimental container, a first pressure sensor arranged in the experimental container, a data acquisition system, an exhaust pipeline, an air supply system, a hydrogen supply system, a spray system, an aerosol supply system, a cable combustion product supply system, a water vapor on-line supply system and at least four sampling pipelines, wherein the data acquisition system is connected with the experimental container through multipoint thermocouples; the exhaust pipeline, the air supply system, the hydrogen supply system, the spray system, the aerosol supply system, the cable combustion product supply system, the water vapor on-line supply system and the at least four sampling pipelines are connected with the experimental container; and the aerosol supply system is connected with the spray system. The experimental system provided by the invention has a reasonable structure, can authentically and comprehensively simulate severe accident conditions in the nuclear power plant and carries out hydrogen elimination performance testing on a passive hydrogen recombiner on the basis of simulation results; moreover, testing results approximately represent actual working conditions, so good reference standards are provided for researching and designing of the recombiner.

This invention discloses a method for testing inbreak, which obtains the information of software behavior characters of a program, a structure access model and acts it on the program to prevent abnormal behavior so as to protect the entire network server system to avoid network inbreak including the following basic processes: collecting and processing a behavior security box to monitor the software behavior timely and a protection system suitable for the above mentioned method is also disclosed to realize the close coupling control to the behavior of the applied program.

The invention relates to a color point cloud producing method of a vehicle-mounted laser mobile measurement system. The method includes adopting the vehicle-mounted mobile measurement system to acquire point cloud data and panoramic image data, selecting multiple pairs of characteristics of the same names from the panoramic images and point clouds, calculating outer parameters of a panoramic camera in a carrier coordinate system, acquiring the carrier coordinate system position and posture according to the outer parameters of the panoramic camera in the carrier coordinate system and the panoramic images, acquiring outer parameters of each panoramic image, segmenting the point clouds according to distance between the panoramic images, allowing the point clouds of each segment to correspond to the panoramic images, coloring the point clouds segment by segment, detecting the bad GPS signals or corner registration effect, adjusting the posture parameters, recoloring, detecting coloring errors caused by shielding, and selecting the point clouds with the coloring errors and correctly-corresponded panoramic images for coloring. The method has the advantages of high automation level, high speed and high efficiency.