97results about How to "Prevent integration" patented technology

An instrument for harvesting an osteochondral plug graft in an implantable configuration, comprises a support pod comprising an elongated tubular member distally terminating in at least three splayed legs; a drill bit encompassed within a longitudinal axis of the tubular member; and a guide wire encompassed within a longitudinal axis of passageway of the drill bit and terminating at a threaded distal end for removably fixing a distal end of the instrument in a position oriented normal to an osteochondral surface for harvesting an osteochondral plug graft in an implantable normal configuration.

The invention discloses a method and a system for dynamically converting telecommunications service data. The method comprises the following steps of: obtaining a preset telecommunications service data converting rule; dynamically generating a JAVA source code in a service realizing type according to the data converting rule and a preset service realizing type template; compiling and generating aJAVA program code; dynamically loading and executing the service realizing type; and generating a source data file into an object data file. The invention aims at the characteristics of the telecommunications service data to establish a rich function set, provides a function self-defining interface at the same time and is convenient to user self definition and function set expansion. Different from the current script interpretative type ETL (Extract-Transform-Load) tool, the invention adopts dynamic compiling, dynamic loading and a JAVA reflection technology, increases data conversion efficiency and has stronger cross-platform property and application flexibility.

An adaptive control system is disclosed. The control system can control uncertain dynamic systems. The control system can employ one or more derivative-free adaptive control architectures. The control system can further employ one or more derivative-free weight update laws. The derivative-free weight update laws can comprise a time-varying estimate of an ideal vector of weights. The control system of the present invention can therefore quickly stabilize systems that undergo sudden changes in dynamics, caused by, for example, sudden changes in weight. Embodiments of the present invention can also provide a less complex control system than existing adaptive control systems. The control system can control aircraft and other dynamic systems, such as, for example, those with non-minimum phase dynamics.

The invention discloses a method for recognizing and classifying road barriers based on video. According to the method for recognizing and classifying the road barriers based on the video, according to the urban road monitoring video, a barrier feature extraction and recognition algorithm is studied, a hybrid Gaussian modeling method self-adaptive to background update is provided, and the road background is updated selectively according to static barrier targets obtained through detection; a moving target segmentation method based on concave-convex outline characteristics of the targets is provided, further accurate extraction and separation of the moving targets are achieved through the method, and a foundation is laid for outline-based segmentation of a blocked target; an algorithm for automatic detection of an ROI of a road is provided, and automatic extraction of the ROI of the road in a monitoring image is achieved. A road barrier classifying method involving self-adaptive clipping of the ROI is adopted, road barriers are recognized and classified to be illegally parked vehicles and scattered objects. By the adoption of the method for recognizing and classifying the road barriers based on the video, the barrier handling efficiency of the traffic department can be improved easily, and a foundation is laid for preventing road accidents.

The invention relates to a KVM device for realizing quick switching. The KVM device can realize the smooth and quick automatic switching between the keyboard and the mouse, and supports two manual switching modes of hardware button switching and software button switching, thereby greatly enhancing the flexibility and the convenience for operation. The KVM switch is connected with 6 host machines.Since the 6 host machines in use need to display simultaneously, only the mouse and the keyboard need to be switched, and the displays are not switched; and thus, each host machine still reserves therespective display, and the KVM terminal is not provided with a display. When the KVM works, the mouse can continuously and smoothly move and automatically switch on the displays of the host machines. In the aspect of switching modes, the invention not only reserves the traditional manual switching mode through the KVM switching hardware, but also adds two switching modes: manual switching through software buttons on host machine screens, and automatic sliding switching through the mouse.

A sensor is fabricated with micron feature sizes capable of simultaneously measuring absolute angles of rotation and angular rotational rates. The measurements are made directly from the position and velocity of the device without the need for electronic integration or differentiation. The device measures angle directly, avoiding the integration of electronic errors and allowing for higher performance in attitude measurement. These performance improvements and flexibility in usage allow for long term attitude sensing applications such as implantable prosthetics, micro-vehicle navigation, structural health monitoring, and long range smart munitions. Through the fabrication of the device using lithographic methods, the device can be made small and in large qualities, resulting in low costs and low power consumption.

Disclosed are a control circuit and a noise removing method for a touch screen. The present invention includes technology for performing differential sensing on the outputs of two adjacent sensing lines of a touch screen panel and integrating a differential sensing signal to filter noises. The control circuit and noise filtering according to the present invention may remove the display noise, tri-wave lamp noise having a predetermined frequency, 60 Hz noise and charger noise caused by battery charging that might affect the two adjacent sensing lines.

In a control method, when a state quantity serving as a specific reference is defined as a reference state quantity, and a state quantity which is controlled to maintain a relative quantity with respect to the reference state quantity at a specified value is defined as a follow-up state quantity, one of a plurality of control computation input values input to a controller of at least two controllers respectively forming control loops, which controls the follow-up state quantity is transformed, into an internal input value, and the internal input value is input to the controller which controls the follow-up state quantity. At least the two controllers calculate manipulated variables, respectively, and the calculated manipulated variables are output to controlled systems of corresponding control loops. The internal input value is calculated by setting the internal input value as the sum of a first element for the reference state quantity and a second element for the relative quantity, an element of the control computation input value which corresponds to the reference state quantity as the first element, and a value obtained by multiplying an element of the control computation input value which corresponds to the relative quantity as the second element. A control apparatus is also disclosed.

The invention relates to a magneto-rheological effect viscoelastic clamping electroceramic substrate flexible grinding and polishing device and a flexible grinding and polishing method. The device comprises a grinding head main shaft, a base plate, a magnetic sleeve, a high-magnetic-induction-intensity magnetic body, a grinding disc trimming sleeve, a grinding disc and a grinding disc main shaft, wherein the magnetic sleeve has the same shape and the same size as the ultra-thin hard crispy material substrate, the base plate provided with the high-magnetic-induction-intensity magnetic body is embedded and fixed onto the magnetic sleeve by fixing screws for forming the flexible grinding and polishing head, the grinding disc is fixedly arranged on the grinding disc main shaft, the grinding disc trimming sleeve is arranged on the grinding disc, and magneto-rheological work liquid is added onto the upper surface of the grinding disc through a circulation pipe. The electroceramic substrate flexible grinding and polishing device based on the magneto-rheological effect can be used for carrying out grinding and polishing on the small-thickness great-warping-deformation ultra-thin hard crispy material substrate which can easily fracture in the grinding processing process and is difficult to install and clamp, the design is reasonable, and convenience and practicability are realized. The magneto-rheological effect viscoelastic clamping electroceramic substrate flexible grinding and polishing method has the advantage that the operation is simple.

A metallic ball pin of a ball-and-socket joint, preferably one with high load-bearing capacity, for motor vehicles with a surface ball part 22 containing grooves 60, 62 for receiving lubricant designed at one end of a pin member 10, 30, 40. To improve its functional properties and to reduce its manufacturing costs, a surface ball part 22 with a joint ball surface 25 is molded to a joint ball core portion 16 using an injection molding process.

A cap is used for a container as a bottle or jar. The cap includes a cylindrical cap main portion with a closed upper end and an open lower end, and a ring member. The cap main portion is screwed in an upper portion of the cylindrical container to close an opening of the container with the closed upper end. The ring member includes engaging pieces formed on an inner periphery of the ring for hooking from below on an extraction controlling projection formed on an outer periphery of a base portion of the container. A plurality of window holes is disposed on a lower side of the cap main portion along a periphery thereof so that the integrated ring member can be seen from the outside.

The invention relates to a microelectronic chip assembly ASS comprising at least three microelectronic chip ICH, TCH, BCH stacked together and on which integrated devices are formed. At least one of the chip, called intermediate chip ICH, includes via holes VH running through said chip ICH and filled with conductive material is realized from a high-ohmic substrate on which are formed devices for the functioning of at least two other microelectronic chips, called top chip TCH and bottom chip BCH. Said top and bottom chips TCH and BCH are connected by flip chip bonding respectively on top face TF and bottom face BF of said intermediate chip ICH and said via holes VH are electrically connected to pads of said top and bottom chips TCH and BCH.

An instrument for harvesting an osteochondral plug graft in an implantable configuration, comprises a support pod comprising an elongated tubular member distally terminating in at least three splayed legs; a drill bit encompassed within a longitudinal axis of the tubular member; and a guide wire encompassed within a longitudinal axis of passageway of the drill bit and terminating at a threaded distal end for removably fixing a distal end of the instrument in a position oriented normal to an osteochondral surface for harvesting an osteochondral plug graft in an implantable normal configuration.

An audio system includes a circuit (12) for processing an audio signal, which circuit (12) having an input (20) for receiving the audio signal and an output (26) for supplying an output signal. The circuit (12) further includes a harmonics generator (22) coupled to the input (20) for generating harmonics of the audio signal and an adding circuit (24) coupled to the input (20) as well as to the harmonics generator (22) for supplying a sum of the audio signal and the generated harmonics to the output (26). The harmonics generator (22) includes an integrator (34) for integrating the audio signal and, coupled thereto, a resetting circuit (36) for resetting the integrator (34) at resetting times.

A cap is used for a container as a bottle or jar. The cap includes a cylindrical cap main portion with a closed upper end and an open lower end, and a ring member. The cap main portion is screwed in an upper portion of the cylindrical container to close an opening of the container with the closed upper end. The ring member includes engaging pieces formed on an inner periphery of the ring for hooking from below on an extraction controlling projection formed on an outer periphery of a base portion of the container. A plurality of window holes is disposed on a lower side of the cap main portion along a periphery thereof so that the integrated ring member can be seen from the outside.

Phase-locked loop oscillators that are designed to set the clock rate of electronic circuits based on combinations of logic circuits and to be integrated, at the same time as these electronic circuits, into one and the same chip. There is proposed a phase-locked loop oscillator based purely on combinations of logic circuits so as not to make use of integration techniques different from those used for the electronic circuits based on combinations of logic circuits, for which they are designed to set the clock rate.

The embodiment of the invention discloses a voice interaction method and device of an application program, equipment and a medium, and relates to the technical field of voice. According to the specific implementation scheme, a voice instruction registration request about an application program is responded, a registration voice instruction set supported by the application program in a target program state is obtained, and the registration voice instruction set comprises voice instructions and callback instructions which correspond to the voice instructions and can be recognized by the application program; a user voice instruction is acquired for the application program in the target program state; the user voice instruction matches in a registered voice instruction set, and a callback instruction corresponding to the user voice instruction is determined; and a callback instruction is sent to the application to enable the application to execute an operation matched with the user voice instruction according to the callback instruction. According to the embodiment of the invention, the response accuracy of the user voice instruction can be improved, and the implementation process of the voice interaction function of each application program is simplified.

Microelectronic structures and devices, and method of fabricating a three-dimensional microelectronic structure is provided, comprising passing a first precursor material for a selected three-dimensional microelectronic structure into a reaction chamber at temperatures sufficient to maintain said precursor material in a predominantly gaseous state; maintaining said reaction chamber under sufficient pressures to enhance formation of a first portion of said three-dimensional microelectronic structure; applying an electric field between an electrode and said microelectronic structure at a desired point under conditions whereat said first portion of a selected three-dimensional microelectronic structure is formed from said first precursor material; positionally adjusting either said formed three-dimensional microelectronic structure or said electrode whereby further controlled growth of said three-dimensional microelectronic structure occurs; passing a second precursor material for a selected three-dimensional microelectronic structure into a reaction chamber at temperatures sufficient to maintain said precursor material in a predominantly gaseous state; maintaining said reaction chamber under sufficient pressures whereby a second portion of said three-dimensional microelectronic structure formation is enhanced; applying an electric field between an electrode and said microelectronic structure at a desired point under conditions whereat said second portion of a selected three-dimensional microelectronic structure is formed from said second precursor material; and, positionally adjusting either said formed three-dimensional microelectronic structure or said electrode whereby further controlled growth of said three-dimensional microelectronic structure occurs.

The invention relates to an ice-making device used for a refrigerator. A first ice-making case and a second ice-making case are arranged inside a refrigerating chamber door used for opening and closing an ice-making chamber of a main body of the refrigerator. A water tank is arranged between a door frame which is positioned inside the refrigerating chamber door and the first ice-making case. An ice-making plate used for making ice is arranged inside the arrangement space of the first ice-making case. When the ice-making plate is twisted under the condition of rotating at a certain angle, the ice that is made in an ice-making groove is separated off. A plate cover is arranged in the arrangement space of the first ice-making case. The plate cover can take one end of the plate cover as a center to rotate towards the rotating direction of the ice plate which can selectively cover the ice-making groove of the ice plate. An ice storage vessel is arranged in the arrangement space of the second ice-making case, which is used to store the ice made in the ice-making plate. The invention has the advantages of making the ice-making more hygienic.

The invention provides a mobile terminal and an earphone seat thereof. The earphone seat comprises a body and a first terminal, wherein the body is provided with an inserting hole used for inserting the earphone; the first terminal is arranged at the opening of the inserting hole; a contact end, used for being in contact with the earphone, of the first terminal protrudes toward the body in the opening direction of the inserting hole; the contact end and the body are oppositely arranged. According to the embodiment, the technical problems in the prior art that the cost of the production material is high, the development trends are not met, and the requirements of users are hard to meet, are effectively solved, the cost can be effectively reduced, user requirements can be met, and the development trends of lightening and thinning of the mobile terminal are facilitated.

A sensor is fabricated with micron feature sizes capable of simultaneously measuring absolute angles of rotation and angular rotational rates. The measurements are made directly from the position and velocity of the device without the need for electronic integration or differentiation. The device measures angle directly, avoiding the integration of electronic errors and allowing for higher performance in attitude measurement. These performance improvements and flexibility in usage allow for long term attitude sensing applications such as implantable prosthetics, micro-vehicle navigation, structural health monitoring, and long range smart munitions. Through the fabrication of the device using lithographic methods, the device can be made small and in large qualities, resulting in low costs and low power consumption.

The invention discloses an intelligent inspection and detection method for a coal conveying belt conveyor in a coal conveying bin area. The intelligent inspection and detection method comprises a set of single track, a mobile robot, a set of automatic rotating holder, a set of sound sensor, a set of gas detector and temperature and humidity sensor, four sets of autonomous charging stations, a set of field wireless communication deployment system and a background processing server. The problems that a traditional inspection system is low in integration and intelligence degree, and intelligent processing and judgment of various information on site, especially artificial intelligence detection of belt defects on site, are difficult to achieve are effectively avoided; subjectivity, hysteresis and possible accident omission caused by interpretation depending on monitoring personnel in traditional inspection are avoided, and heavy loss caused by breakage of the belt is avoided through belt defect detection.

The invention discloses a carbon dioxide fracturing method. The method includes the steps that first, carbon dioxide fracturing devices are assembled; second, an ohmmeter is used for detecting whetherthe resistance value between a filling valve and a release tube is normal or not; third, the carbon dioxide fracturing devices assembled in the first step are loaded and transferred to a mine after passing examinations; fourth, whether the resistance between each carbon dioxide fracturing device and a wire is normal or not is measured, a layer of blasting holes are drilled in the mine, and the carbon dioxide fracturing devices are put into the corresponding blasting holes; fifth, the hole opening of each blasting hole is covered with a bamboo chip and then is covered with a tarpaulin and earth bags; and sixth, a warning region is made around each carbon dioxide fracturing device, and an ignition device is pressed to start the carbon dioxide fracturing devices for detonation. By means of the carbon dioxide fracturing device, reuse can be realized, using cost is greatly reduced, powerful thrust generated momently is used for tearing materials, the same carbon dioxide fracturing devicescan be connected through the corresponding wires, and the advantages of being low in labor intensity, large in fracturing force, safe and good in fracturing effects are achieved.

The invention discloses a centrifugal casting method for a thin-working layer composite cast iron roll. The thin-working layer composite cast iron roll comprises a working layer, a combined layer and a core which are arranged in sequence from outside to inside; the working layer adopts one-step casting manner; the combined layer adopts a casting manner of at least three layers; the thickness ratio of the solidified liquid iron of the working layer to that of the first layer of the combined layer is (0.3-0.5) to 1; the thickness ratio of the solidified liquid iron of each layer excepting the first layer of the combined layer to that of the previous layer of the combined layer is 1 to (0.6-0.8). According to the centrifugal casting method, the combined layer is produced in a layering-casting manner, so that the good metallurgical combination of the combined layer, the working layer and the core of the manufactured roll is realized on the premise of meeting requirements of the thickness of the working layer; heavy-alloyed liquid iron in the working layer is effectively prevented from fusing into the combined layer; lower rigidity of the combined layer is guaranteed; the punching operation for a roll body is facilitated.

The invention provides a method for generating a report, and is applied to electronic equipment provided with an application for generating the report. The method comprises the following steps that: importing a report template and at least two data sources, wherein the report template comprises at least one item, and each item in the at least one item is arranged in one corresponding area in the report template; independently extracting data corresponding to each item in the at least one item from at least two imported data sources; copying and duplicating the extracted data corresponding to each item to the area corresponding to each item; and outputting a report of a preset format. The invention also provides a device for generating the report. By use of the method and the device, according to the report template and at least two data sources, one report which conforms to the report template is automatically generated and output, so that a situation that the reports of different data sources are manually integrated is avoided, manpower cost is lowered, and in addition, the method and the device are unlikely to make mistakes relative to manual integration.

An audio system includes a circuit (12) for processing an audio signal, which circuit (12) having an input (20) for receiving the audio signal and an output (26) for supplying an output signal. The circuit (12) further includes a harmonics generator (22) coupled to the input (20) for generating harmonics of the audio signal and an adding circuit (24) coupled to the input (20) as well as to the harmonics generator (22) for supplying a sum of the audio signal and the generated harmonics to the output (26). The harmonics generator (22) includes an integrator (34) for integrating the audio signal and, coupled thereto, a resetting circuit (36) for resetting the integrator (34) at resetting times.

The invention relates to a hospital information integration method based on a bus form. The method comprises the following steps: a one-to-one integration relationship is formed between each service information system of at least one service information system and a hospital information integration platform, each service information system serves as both a source information system and a target information system, information of the source information system is sent to the hospital information integration platform in the form of information, and an integration engine of the hospital information integration platform triggers implementation of integration projects according to received information type, sends relevant information to the target information system, and records a whole message processing procedure and a result returned by the target information system. The integration engine is adopted to achieve information interaction among all service information systems in a hospital, the service information systems are only responsible for sending messages to the integration platform, the integration platform is responsible for forwarding the messages, project integration is realized through graphical configuration, and information interaction among the service systems is realized.

The invention discloses an LED (light emitting diode) ceramic COB (chip on board) light source fluorescent lamp and a preparation method thereof. A high-heat-conduction ceramic substrate is used for replacing the traditional metal packaging substrate, a multi-chip integration COB chip module applied to a fluorescent lamp bar is additionally used, and therefore the LED ceramic COM light source fluorescent lamp has the advantages of high lighting effect, high reliability and high quality; and a non-isolated power supply and all PC (personal computer) shells can be selected to lower the production cost so as to achieve the best cost performance. According to the LED ceramic COM light source fluorescent lamp disclosed by the invention, when the color temperature is 5700-6300K, a color rendering index exceeds 70, and the whole lamp lighting effect exceeds 1001m / w. The obtained fluorescent lamp has the advantages of low energy consumption, long service life and high lighting effect, and the production and application requirement scan be satisfied.

A semiconductor substrate, an insulating layer made of silicon oxide formed on the semiconductor substrate and a semiconductor layer made of silicon formed on the insulating layer are provided, and the semiconductor layer constitutes an optical waveguide in an optical signal transmission line section and an optical modulator in an optical modulation section. Also, the insulating layer is removed except for a part thereof to have a hollow structure with a cavity, and both side surfaces and a lower surface of each of the semiconductor layers constituting the optical waveguide and the optical modulator are exposed and covered with air.

A method and system providing formulae that express integrals of quadratic homogeneous polynomials on polygons and polyhedra, such as entries of the moment of inertia tensor, in terms of vertex coordinates. The formulae for a triangle provide the mass properties without integration, and can be combined (using a signed sum) to determine the mass properties for any polygon. Likewise, the concept extends to a polyhedron, which may be built from a plurality of signed pyramids. An algorithm combines the formulae to determine the mass properties of a polyhedron. The formulae and algorithm may be used in a graphics processing environment.