32results about How to "Quickly (and accurately)" patented technology

The invention provides a laser drill, a laser drilling tool and a well drilling rock breaking method. The laser drill comprises a drill body (3); a camera (8) and a plurality of laser heads (1) are contained in the drill body (3); an adjusting bracket (7) capable of moving the camera (8) and/or the laser heads (1) is also contained in the drill body (3); through holes corresponding to the camera (8) and the laser heads (1) are formed in the head part of the drill body (3). The laser drilling tool containing the laser drill is provided with an underground night vision system and an aboveground control system; by the drilling rock breaking method, the problems that the hard rock stratum drilling and production efficiency is low, real-time observation cannot be performed underground, and the like are solved, the rock breaking efficiency is greatly increased, the loss of the drilling tool is reduced, and the cost is reduced.

In accordance with the teachings of the present invention, a method for selecting a server to provide content to a client is presented. A media controller receives a request from a client for content. The media controller instructs a plurality of servers each storing the content required by the client to perform a bandwidth measurement referred to in the disclosure as a bandwidth probe. The result of the bandwidth probe is communicated to the media controller. The media controller selects a server (i.e., an identified server) for communication with the client based on the result and communicates the selection in the form of a redirect command to the client. The client then communicates directly with the identified server.

A method for performing layout verification involves identifying feature centerlines in a mask layout, and then performing lithography simulation along the centerlines to generate a set of intensity distributions. At each local maxima or minima in the intensity distributions, further lithography simulation can be performed to determine an exposure pattern width at those local maxima/minima (check positions). The exposure pattern widths can then be evaluated to determine whether an actual pinch or bridge defect will be generated at those locations. If defect generation is likely (based on the lithographical simulation) at a particular location, the corresponding portion of the mask layout can be redesigned to avoid defect generation during actual production. In this method, accurate layout verification can be performed with a minimum of time-consuming lithography modeling.

Attributes of vegetables or biologics are derived by use of color imaging sensors and relative spectral band analysis. Enabled smart phones or dedicated single pixel or focal plane instruments for crop applications to quickly report the biological condition of vegetables or other organics by providing an augmented view or relative quantification of RGB ratios of the inspected items. The RGB ratios are compared to RGB ratios of preprinted labels. The comparison yields information regarding the freshness and other attributes of the inspected item. Disclosed embodiments are well suited for analyzing the health and needs of living plants or crops. Ratios of observed wide band red, green and blue are compared on a relative basis. While food shopping, an enabled smart phone may view an agricultural product and use a preprinted RGB ratio label as a reference guide.

A bow sight that includes a body, a stator, a slide, and an electronic sight position indicator. The body is constructed to secure the sight to a bow and the stator and slide are attached to the body such as to allow relative motion between the stator and the slide. The position indicator is attached to the bow sight and electronically determines the relative position of the stator and the slide and thereby provides an indication of an orientation of an eyepiece relative to the bow.

The present specification describes to a self-service payment device and a control method thereof. One example method includes determining that a removable cover plate is in a first state, wherein the removable cover plate and a payment box form an enclosed space when the removable cover plate is in the first state, and the top of the payment box is open when the removable cover plate is in a second state; reading, using at least one radio frequency identification (RFID) antenna fastened to at least one inner wall of the payment box, at least one RFID tag, wherein each RFID tag is associated with a merchandise to be paid inside the payment box; and providing payment information based on the at least one RFID tag.

A headstack locator assembly for locating and fixing a headstack on a spinstand and which mitigates the aforementioned prior art limitations. The headstack locator assembly includes a headstack locator received on a fixed locator. The headstack locator connects to a headstack, while the fixed locator is permanently secured to a spinstand. A vacuum is used to clamp the headstack locator to the fixed locator for testing of the headstack. Upon test completion, the headstack locator is released from the fixed locator by applying positive air pressure to the assembly.

An adjustable pet collar comprises a long chain and an adjuster. The adjuster is constructed by a upper cover and seat body, in which slit is opened on the upper cover and a slanting channel is disposed on the seat body. The chain is placed in said channel, and a sliding groove in which one end thereof is closed perpendicular to the channel is disposed at one side of the channel, and a recess groove is disposed at another end thereof. An inserting pin seat is installed in the sliding groove, and an elastic element is installed between the inserting pin seat and the closed end of the sliding groove. Whereby, the size of the collar formed by the chain is adjusted by the inserting pin seat.

The present invention relates to an impedance measuring device obtaining impedance of portions of an object corresponding to two sensing electrodes by detecting, through the two sensing electrodes, an electrical variation shown on the object as an electrical signal is applied. A detector amplifying each of signals detected through the two sensing electrodes and then differential-operating the amplified signals to generate a signal for obtaining impedance is subjected to a calibration process for adjusting the gain of the amplifiers to reduce in-phase noise added due to an imbalance between the sensing electrodes.

A structured cabling system includes a plurality of data cables (6A-6F), one end of each cable being secured to a jack of a multiple jack assembly (1) and the other end of each cable being secured to an individual jack (9A-9F) located within a protective enclosure (11). The individual cables are mechanically secured to at least the protective enclosure (11) and/or a strain relief member (8) within the cable bundle is secured to the protective enclosure (11). The entire assembly may be pre-formed under factory conditions and delivered to an installation site. The multiple jack assembly (1) may then be secured, preferably by snap-fitting, to a rack assembly and the protective enclosure (10) may be used to draw the entire cable length to the required position. Once the cable is in position the protective enclosure (10) is discarded and the jack secured to their final use positions. In an alternative embodiment the protective enclosure forms a housing for jacks (9A-9F) in their final use position and may, for example, be snap-fitted to a floor box for this purpose.

The present disclosure relates to a composition or a kit that can be used for detection or diagnosis of various diseases.

The invention provides an application permission calling monitoring method and electronic equipment, and relates to the technical field of communication. The method comprises the steps of obtaining atleast one application permission called by a target application corresponding to a target application icon; displaying at least one application permission identifier in a target area associated withthe target application icon; wherein the application permission identifier is used for indicating application permission called by a target application program corresponding to the target applicationicon. According to the scheme, the at least one application permission identifier is displayed in the target area associated with the target application icon, so that a user can visually, quickly andaccurately know the application permission called by the APP, the operation is simpler, and the time for querying the application permission called by the APP by the user is saved.

The invention discloses a moving target shielding and restoring method based on a Steiner point. The method comprises the following steps: treating a moving target in a video, firstly, extracting the boundary of the moving target, and converting into a convex polygon which is easy to treat after convex-shell treatment and polygon approximation processes; calculating the offset vector of the moving target at the Steiner point by adopting a derived shielding conclusion, and combining with the Steiner point of a shielded region, so as to calculate the position of a characteristic point-Steiner point of the moving target, and thus, the problem of shielding is solved. The shielding of the target in the movement process is realized by adopting the method based on a curvature center; and the center of the target is accurately restored, so that the moving track of an object can also be accurately predicted even if the shielding appears, and the characteristic center of the object is restored.

Simulating dynamics (e.g., physical effects of inertia, forces, wind) on strands (e.g., hair) during computer based animation requires quick and accurate approximations of mathematical curves. Each strand is initially represented as a B-spline curve. Line segments approximating the curve are created by using affine combinations based on the curve's control vertices. Dynamics simulation is performed on the line segment approximation. Once an approximated strand is simulated, it is converted back into a B-spine curve representation for downstream processes, such as rendering. The rendering process displays the simulated strand to the animator.

The present invention relates to a diagnostic kit for sepsis, comprising: a first core gold nanoparticle having a target capture oligonucleotide coupled thereto, the target capture oligonucleotide binding complementarily to a portion of a sepsis pathogen-specific genome; and a second core gold nanoparticle to which a target capture oligonucleotide having a Raman-active molecule coupled to one end thereof is coupled via the other end thereof, the target capture oligonucleotide including a sequence complementary to a portion of the sepsis pathogen-specific genome which does not overlap with, but is successive to the portion for the first gold nanoparticle, and a method for diagnosis of sepsis, using the same.

The invention provides fluid warming apparatus comprising: a fan; a heater, the fan and the heater being configured to generate a heated fluid flow having a principle flow direction and an inhomogeneous temperature distribution in a distribution direction perpendicular to the said principle flow direction; and a plurality of temperature sensors offset from each other in the said distribution direction, wherein at least two of the temperature sensors are configured to measure temperatures of respective portions of the heated fluid flow having different temperatures.

The present disclosure relates to a composition capable of diagnosing cancer, specifically pancreatic cancer or the like, a diagnostic kit comprising the same, and a method of providing information for diagnosis using the composition. Also, the present disclosure relates to a pharmaceutical composition capable of preventing or treating pancreatic cancer.

The invention discloses a test result verification method, device and equipment and a computer readable storage medium. The method comprises the following steps: receiving verification configuration information; Executing an interface test, and storing a test result obtained by the interface test; And determining a verification result according to the verification configuration information and thetest result. According to the scheme, the problems of low error rate and low verification speed in the manual verification process are solved, and the technical effect of quickly and accurately obtaining the verification result is achieved.

The invention relates to a bumper for radar detection and calibration, a preparation method of the bumper and a radar detection and calibration method, a radar detection part is arranged on the bumper corresponding to the space detection range of a detection radar, the radar detection part is made of a mass production standard material, and in the structure outside the radar detection part of the bumper, the material is at least partially different from the mass-production standard material. The radar detection part corresponding to the detection range of the detection radar is made of the mass-production standard material, so that the detection radar can smoothly carry out the detection and calibration process, and meanwhile, the structure, except for the radar detection part, of the bumper is made of the non-mass-production standard material, so that the manufacturing difficulty and the material cost of the bumper are effectively reduced. According to the technical scheme, the bumper is short in manufacturing period and low in machining cost, and finally functional verification and calibration of relevant parameters of a detection radar on an engineering sample vehicle can be completed through cooperation of the low cost and the short period.

A compression molding apparatus contains: a base, a carrying platform, at least one projector, a pressing mold, and a heater. The base includes a material feeding zone and a molding zone. The carrying platform moves into the molding zone from the material feeding zone, and when it is located in the material feeding zone, plural connecting pieces are stacked on the carrying platform. The at least one projector is fixed above the material feeding zone to project plural positioning images on the carrying platform, wherein each connecting piece is stacked on the carrying platform by aligning with each positioning image. The pressing mold is arranged above the molding zone, and when the carrying platform moves into the molding zone, the pressing mold moves to press the each connecting piece on the carrying platform. The heater is mounted on the base to heat the each connecting piece on the carrying platform.