144results about How to "Manipulation is accurate" patented technology

Antibody binding assays and radiolabeling kits are disclosed for radiolabeling and testing therapeutic antibodies in the commercial setting. In particular, the kits are designed for making and evaluating radiolabeled anti-CD20 conjugates to be used for the treatment and imaging of B cell lymphoma tumors. All kit reagents are sterile and are designed to achieve a high level of antibody radiolabeling and product stability with results which are highly reproducible.

The method for identity verification employs biometric technology. Positioned at the center of the system is a stylus with any of a number of biometric properties or their combination or with one or more metric sensors, while the customer uses the stylus to sign his/her name, or even for writing anything. The identity verification system is used at point-of-sale terminals, in various closed environments, to access a computer network, in applications involving pen-based computers and smart-pens, and for e-commerce. When fingerprint sensors are used, the sensors are positioned in the stylus grip, one sensor for the index finger, and a second sensor for the thumb. In one variation, one-to-one biometric matching is used. Each participant carries on his/her person a device that includes an encrypted biometric for reference purposes to gain access Into the system. Processing is simplified since the system need only make a “MATCH” or “NO MATCH” decision. In a second variation that is particularly useful in closed environments, one-to-many biometric matching is used. During each event access request, the community of reference prints is searched for a match with the applicant. Each member of the community need carry nothing on his/her person to participate in the system. In either variation, the stylus is either attached to each site or is portable, one such stylus being carried by each participant.

The method for identity verification employs biometric technology. Positioned at the center of the system is a stylus with any of a number of biometric properties or their combination or with one or more metric sensors, while the customer uses the stylus to sign his/her name, or even for writing anything. The identity verification system is used at point-of-sale terminals, in various closed environments, to access a computer network, in applications involving pen-based computers and smart-pens, and for e-commerce. When fingerprint sensors are used, the sensors are positioned in the stylus grip, one sensor for the index finger, and a second sensor for the thumb. In one variation, one-to-one biometric matching is used. Each participant carries on his/her person a device that includes an encrypted biometric for reference purposes to gain access Into the system. Processing is simplified since the system need only make a “MATCH” or “NO MATCH” decision. In a second variation that is particularly useful in closed environments, one-to-many biometric matching is used. During each event access request, the community of reference prints is searched for a match with the applicant. Each member of the community need carry nothing on his/her person to participate in the system. In either variation, the stylus is either attached to each site or is portable, one such stylus being carried by each participant.

The present invention relates to a method and device for non-intrusively manipulating suspended particles and/or cells and/or viruses, which are supplied to a micro-chamber or to a micro-channel (46) of a substrate, said micro-chamber or micro-channel (46) having at least a bottom wall as well as lateral walls. At least one acoustic wave (41) is applied via at least one acoustic transducer (42, 44) from outside of said substrate to an inner volume of said micro-chamber or micro-channel (46), a frequency of said acoustic wave (41) being selected to generate a standing and/or stationary acoustic wave in said volume. In the present method and device the acoustic wave (41) is applied laterally to said volume. The present device and method allow an efficient coupling of energy into the channels as well as an improved control of standing and/or stationary acoustic wave fields along the channels. Furthermore the device and method allow for transmission optical microscopy to observe the manipulated particles in the channels during manipulation.

The invention is directed to a detection molecule for detection of a target molecule. The detection molecule includes a probe specific to the target molecule. One or more multimer nucleic acid molecules are connected to the probe, whereby the multimer is also coupled to at least one detectable label. The detection molecules are utilized in a method to detect the presence of one or more target molecules in a sample.

A remote asset control system for optimized asset performance under a variety of circumstances, such as network communication path failures, software maintenance, software faults, hardware faults, hardware maintenance, computer system maintenance, computer system failure, undetected data errors, configuration errors, human error, power outages, malicious network attacks, and the like, having a means to create, modify, and delete asset policies, an object oriented asset policy inheritance scheme that generates composite asset policies, an asset policy transference and caching scheme, condition driven asset policy enforcement, permission-based asset policy mechanism for throttling energy or water consumption, asset replacement simplification, query capability to enumerate actual asset deviance as compared to the currently enforced composite asset policy, real-time control asset policies, atomic activation and deactivation of asset policies, which are part of the policy inheritance hierarchy, ensuring composite policy integrity, and multi-tiered telemetry caching and transference.

A light weight, wearable, and balanced active tremor control system including a mount; a proof mass frame moveable with respect to the mount; at least one actuator on the proof mass frame for imparting a force on the mount; a motion sensor for detecting movement of the mount due to tremors; and a controller for driving the actuator in response to the motion sensor.

The present invention relates to a measurement investigation equipment for water surface and under water. Said measurement investigation equipment includes the following several portions: a boat body, in the rear portion of said boat body at least one group of propelling devices is set; at least one group of machine-mounted sensors, it includes boat body state sensor and exterior state sensor, they can be placed in the boat body interior or placed in the periphery of said boat body; a probe dipping device, it can be placed in the boat body interior or its exterior; a probe, it is connected with the probe dipping device; a control device, it is respectively connected with the described propelling device, probe dipping device, probe and machine-mounted sensors; and a remote control device, it is wirelessly connected with said control device.

The invention provides a mobile terminal and a method for controlling the same. The mobile terminal includes a touchscreen configured to receive a touch input; a wireless communication unit configured to perform wireless communication with an unmanned aerial vehicle having a camera to capture an external environment during flight; a sensing unit configured to sense a posture and movement of the mobile terminal; and a controller configured to control the wireless communication unit to transmit a flight control command to the unmanned aerial vehicle based on the touch input and the movement of the mobile terminal in a first mode in which the posture of the mobile terminal is disposed in a length direction with respect to gravity, and control the wireless communication unit to transmit a capture control command of the camera to the unmanned aerial vehicle based on the touch input along with the flight control command in a second mode in which the posture of the mobile terminal is disposed in a width direction with respect to gravity.

A device for controlling an electronic apparatus by handling graphic objects. The device includes a visualisation screen, a transparent multi-contact touch sensor for acquiring multi-contact touch information generated by a plurality of pointing devices, and an electronic control circuit for generating control signals based on the touch information and for generating graphic objects on the visualisation screen. Each of the graphic objects is associated with at least one specific processing rule. Each piece of touch information is subjected to a specific processing determined by the location thereof relative to the position of the graphic objects. A first series of main graphic objects and a second series of subordinate graphic objects respectively have main and subordinate complementary functions associated respectively with at least one main specific processing rule and at least one subordinate specific processing rule. All the graphic objects are arranged such that the first series is handled by a first set of pointing devices and the second series is handled by a second set of pointing devices different from the first set, the handling of at least one of the subordinate graphic objects resulting in modifications of the properties of at least one of the main graphic objects.

In a “tip following” robotic arm, the apertures through which control cables pass are arranged to ensure that the cables are maintained in contact with at least a part of the aperture, leading to a more stable and controllable arrangement.

A power switch and connector that are conventionally included in a body are formed in spaces created at the outer ends of the shafts of hinges other than the body and a display, whereby the body is thinned. Electronic device comprises a body, a display, and a hinge that joins the body and display so that they can be freely opened or closed. A power switch is formed at an end of the shaft of the hinge. Furthermore, the electronic device comprises the body, the display, and another hinge that joins the body and display so that they can be freely opened or closed. A port of a connector opens at an end of the shaft of the hinge.

A system and a method for detecting image forgery through a convolutional neural network are capable of detecting image manipulation of compressed and/or color images. The system comprises a manipulated feature pre-processing unit applying an input image to a high-pass filter to enhance features due to image forgery; a manipulated feature extraction unit extracting image manipulated feature information from the image with the enhanced features through a pre-trained convolutional neural network; a feature refining unit refining the extracted image manipulated feature information; and a manipulation classifying unit determining the image forgery based on the image manipulated feature information refined by the feature refining unit.

Device and method for collecting animal urine including a tray mounted to an elongated handle which is at least partially hollow. The handle, at one end, is interconnected to a tray to be deployed beneath the animal in advance of urination. At its other end, the handle is configured as a hand grip. Located at a point along the handle and spaced away from the tray, is a collection bottle mount to which is connected a specimen collection bottle within direct flow connection with the tray via the partially hollow handle. The bottle and mount serve as a second handle for steadying control of the device. By tipping the handle such that the tray is raised above the handle, urine collected in the tray is drained directly to the bottle. The bottle includes a slit wafer ensuring against spillage when the bottle is removed for recapping and transport for analysis.

Techniques for producing an arbitrary broadband waveform include storing a first waveform in a circulating coherent storage device. A next waveform is generated. A shifted replica is generated by shifting, by a frequency shift one of the next waveform or the waveform in the storage device. A combined waveform is stored by coherently combining the shifted replica and one of the next waveform or the waveform in the storage device which waveform is not frequency shifted. An apparatus includes a source of a carrier frequency waveform, and a modulator configured to impose the next waveform on the carrier frequency waveform. The apparatus also includes a circulating coherent storage device configured to store a coherent interaction between multiple waveforms. The apparatus also includes a frequency shifter configured to generate a shifted replica by shifting, by a frequency shift, one of the next waveform or a waveform in the storage device.

Relating to a track ball device for manipulating a cursor moving on a display screen of an electronic apparatus, a track ball device being manipulated precisely while generating a click feel when a ball is rotated, having a small play angle and small size is presented. Beneath the center of the ball, the ball is rotatably supported by four rollers. The section of a contacting portion of the rollers contacting with the ball is a circular sawtooth profile, and the directions of the sawtooth serrations of opposite rollers are reverse to each other. Rollers 2 to 5 have switches as rotation amount detecting units. Further, X roller and Y roller contacting with the outer circumference in the orthogonal direction as seen from above the ball, and third roller hold the ball rotatably. Plural undulations are formed on the outer circumference of large-diameter contacting portions of the X roller and Y roller 3 of circular shaft shape. Rotary encoders are coupled to individual rollers.