31results about How to "Reduce or eliminate impact" patented technology

Upon detection of a suspicious file, a client computer sends feedback data to an anti-malware service over the Internet. Files that are not suspicious or that are known clean are not reported; files that are known malware are acted upon immediately without needing to report them to the anti-malware service. Upon detection, no alert or warning is provided to the user of the client computer. The anti-malware service correlates data from other detection engines on the client computer or from other client computers and determines whether the file is malware or not. A new virus pattern is generated if the file is malware and includes the virus signature of the file; the new virus pattern is distributed back to the client computers. If not malware, no action need be taken, or, the virus signature of the file is removed from existing pattern files.

Improved systems and methods for configuring network devices are provided. Aspects of the invention relate to novel QoS configuration parameters and methods for using QoS configuration parameters to reduce impacts caused by security breach within a network. In one embodiment, a QoS configuration parameter is selected from a plurality of configuration parameters on a central database based upon unique identifying information of a network device and a status signal. In one embodiment, each configuration parameter comprises at least a first parameter for configuring a communication speed of the network device and a second parameter configurable to alter the ability of the network device to communicate with another device in the network. Further aspects of the invention relate to providing improved services to an end user. In one embodiment, services may be customized to an end user and allow increased flexibility for both the service provider and the end user.

The present invention provides an apparatus, system and method of peak-to-average reduction of an oversampled signal for a digital communication system. Peak detection 504 and width measurement 504 are advantageously combined in which a peak portion or multiple peak portions of an input signal that exceeds a predetermined threshold is detected and a width of the peak portion is determined. The peak detection and width measurement are further combined with a novel variable width shape generation methodology 506 in which a variable width shaping response is applied 510 to the peak portion responsive to the peak portion width. Additionally, a novel receiver technique 1390 can be included to reduce or eliminate the upstream BER impact using downstream oversampled shaping.

Disclosed is a cryptographic key distribution method and apparatus for installing a cryptographic key in an ECU. The method comprises: establishing a first communication link between the ECU and a key source; sending, via the first link, a first cryptographic key from the key source to the ECU; establishing a second communication link between the key source and a key manager; sending, via the second link, the first key from the key source to the key manager; encrypting, by the key manager, using the first key, a second cryptographic key; sending, by the key manager, to the ECU, the encrypted second key; and decrypting, by the ECU, using the first key, the encrypted second key, thereby providing the ECU with the second key.

A headgear apparatus for delivering temperature conditioned air including passively or actively cooled, heated, or ventilated air to the interior of a shell is disclosed. A device housing which enshrouds a device for providing temperature conditioned air is placed on a rear portion of the shell. The device housing has air inlets and air rejector vents for delivering fresh air to and removing heated air from the device, and is configured to reduce the heated air from re-entering the device through the air inlets. The headgear apparatus is designed to withstand impact forces without injuring the wearer.

This invention provides a method and an apparatus for detecting a short-circuit occurring between a signal line and a ground line of a lead wire. The apparatus comprises a circuit and a resistive element. The circuit has an output terminal, an input terminal and ground. One end of the ground line is connected to the ground of the circuit, and the other end of the ground line is disconnected. A first terminal of the resistive element is connected to the output terminal of the circuit. One end of the signal line is connected to a second terminal of the resistive element, and the other end of the signal line is disconnected. The circuit is configured to provide a first voltage via the output terminal and obtain a second voltage via the input terminal connected to a joint of the signal line and the resistive element, to provide a third voltage via the output terminal and obtain a fourth voltage via the input terminal, to derive an impedance of the lead wire from the first voltage, the second voltage, the third voltage, the fourth voltage and an impedance of the resistive element, and to determine whether a short-circuit occurs or not, based on the impedance of the lead wire and a predefined impedance. In this way, the shorted lead wire can be detected with high accuracy.

A foldable electronic device (100) includes a main housing (60) and a cover (80) mounted to the main housing by a hinge (20). The cover is movable between a first position where a side of the main housing is covered by the cover and a second position where the side of the main housing is revealed from the cover. The hinge includes an axle (22), a block (26) retained on the axle with threading engagement therebetween, and an elastic member (24) retained between the axle and the block. When the block is moved to guide the cover to the first position, the elastic member is compressed. When the block is released, the block automatically moves due to decompression of the elastic member to drive the cover to the second position.

A substitute for the traditional single piece fixed contact/jaw member on a line-side of a miniature circuit breaker includes a line-side jaw member (e.g., a clip), a flexible conductor (e.g., braided wire), and a line-side contact. The line-side jaw member uses any springy metal or plastic for the clip function and inside the jaw member is the flexible conductor acting as a conductor (e.g., electrically connecting the circuit breaker to a busbar). The flexible conductor leads to the line-side contact. Such an arrangement can save on conductive metal in a circuit breaker. Additionally, the flexible conductor may provide better and more contact points for conduction.

A digital printing system for printing on a continuous web of print media includes a support structure that guides a continuous web of print media under tension through the printing system. The continuous web of print media includes an edge. The support structure includes a first mechanism, a filter mechanism, and a section in which cross track motion of the continuous web of print media is not desired. The first mechanism is affixed to the support structure and includes structure that positions the print media in a cross track direction. The filter mechanism sets an angular trajectory of the print media, is located downstream relative to the first mechanism, and passively filters fluctuations in position of the edge of the continuous web of print media. The section in which cross track motion of the continuous web of print media is not desired is located downstream relative to the filter mechanism.

An optical fiber distribution or breakout cable for serving multiple customer premises in a multi-dwelling unit (MDU) building. The cable contains a number of bend insensitive fibers each having a different colored coating for identification. A jacket of a flame-retardant polymer compound is extruded to surround the fibers. The jacket is sufficiently opaque to hide the color coated fibers at least partially from view, and the outer diameter of the jacket is not more than about 3.5 mm. A procedure for installing the cable through a hallway of a MDU building so as to lessen any negative visual impact of the installation on observers nearby is also disclosed.

A hinge (20) is for joining housings of a foldable electronic device together. The hinge includes an axle (22), a clip (220) at one end of the axle, a spring (24), and a block (26) at an opposite end of the axle. The axle has a screw thread (224) thereon. The block has a screw hole (262) therein. Through engagement of the screw thread in the screw hole, the block is retained on the axle. The spring is retained between the clip and the block. The structure of the hinge is stable, by reason of the connection provided by the axle between the clip and the block. The mobile phone using the hinge can reduce or eliminate damaging impact that would otherwise occur when the cover is opened up from the main housing and reaches an open state.

The invention discloses a control method for coal impact disasters in coal mining. The method includes the specific steps of A, determining the friction resistance coefficient, wherein the friction coefficient of a coal sample and a top and bottom plate rock sample is determined through the laboratory attaching and sliding experiments and ratio calculation; B, determining the field implementation related parameter, wherein the drilling size, depth and the amount of water required to be injected and fine-grained coal rock powder or the amount of other lubricating materials are determined, and therefore the friction coefficient mu detected in a laboratory is decreased; C, conducting field implementation, wherein implementation is conducted in two tunnels before coal recovery according to the experiments and calculation conditions; D, conducting effect tests, wherein the slide increasing effect is determined, and related parameters for implementing slide increasing means again are determined according to the monitor effect. When pressure is exerted on top and bottom plates, coal can be made to slide relative to the top and bottom plate rock layers, the elastic performance accumulation in the coal is reduced, and therefore the probability that coal slides to lose stability or is broken and smashed is effectively lowered or eliminated.

The use of a marker in a file to assist in the signing and/or verification of the file. The marker is recognized by the signing authority. The marker has a certain execution transparent context that reduces or eliminates the impact of the marker on execution. A signing authority accesses the file, finds the marker within the file, and identifies the execution transparent context system. The signing authority then uses the execution transparent context system to insert a signature with the same execution transparent context. A verification system finds the marker, identifies the execution transparent context of the marker, identify the execution transparent signature, and uses the execution transparent context system to then extract the signature from the execution transparent signature. That signature may then be used to verify that the file has not changed since it was signed.

The invention discloses a hydraulic impact-preventive screw drill. The hydraulic impact-preventive screw drill comprises a transmission shaft; a liquid hole is axially formed at the inner part of the transmission shaft; an upper limiting sleeve pipe is arranged in match with the outer side of the transmission shaft by a sleeving manner; a shaft end sleeve barrel which sleeves the outside of the transmission shaft through a spline is connected to the upper limiting sleeve pipe; a sealing sleeve pipe and an elastic buffering sleeve ring, which are tightly arranged at the outside of the transmission shaft by the sleeving manner, are arranged below the shaft end sleeve barrel; an elastic peripheral edge sleeve, which is mounted at the outside of the lower limiting sleeve pipe by the sleeving manner, is integrally connected with the peripheral side of the elastic buffering sleeve ring; a buffering sleeve pipe is connected in match with the lower end of the shaft end sleeve barrel; a hydraulic buffering cavity is axially formed in the upper part of the buffering sleeve pipe. According to the hydraulic impact-preventive screw drill, the liquid-based buffering and guide mode is adopted, which can effectively reduce or remove bit bouncing and impact vibration, the protection effect dynamically acts all the times, and therefore, the damage to a drill and a drill bit can be reduced, the connection of a drill collar and the completeness of the well wall are protected, and the service life of the whole drill is prolonged; in addition, the well drilling safety is improved.

The invention relates to the technical field of drive shafts of vehicles, and provides a sheath used for a driving shaft, the driving shaft and a vehicle. The sheath used for the driving shaft includes a sheath wall, the whole sheath wall extends in the axial direction, the sheath wall is provided with a spiral spring extending in the axial direction so as to effectively absorb impact and abnormal sound noise generated by the driving shaft due to radial clearances and axial clearances in the torque transmission and movement processes, and therefore the performance of the vehicle can be improved.

The invention relates to a method (400) performed by an anesthetizing monitoring unit (110) configured to determine an anesthetized patient state, the method comprising disabling (410) an input port (111) of the anesthetizing monitoring unit (110), transmitting (420) a stimuli signal (S_stimuli) using an output port (112) of the anesthetizing monitoring unit (110), enabling (430) the input port (111) of the anesthetizing monitoring unit (110) with a delay (ΔT) relative to the transmission of the stimuli signal (S_stimuli), receiving (440) an evoked electromyography, EMG, response signal (S_Response) in response to the transmitted stimuli signal (S_stimuli), determine (450) an anesthetized patient state by determining a neuromuscular function value using properties of the stimuli signal (S_stimuli) and the response signal (S_Response). The invention further relates to an anesthetizing monitoring unit (110) and an anesthetizing monitoring system (100).

The invention discloses an impact-resistant screw drill tool, comprising a screw drill outer shell, wherein the screw drill outer shell is internally and rotatably provided with a transmission shaft, the lower end of the transmission shaft stretches out of the screw drill outer shell, the lower end part of the transmission shaft is sheathed with a cushion collar provided with a drilling head, the transmission shaft and the cushion collar are in spline fit, the transmission shaft is provided with a cushion limiting device used for limiting the axial moving range of the cushion collar, an axial elastic cushioning device is arranged between the transmission shaft and the cushion collar, and the fit clearance of the transmission shaft and the cushion collar is provided with a sealing device. In the invention, the axial elastic cushioning device is arranged between the transmission shaft and the cushioning collar, which alleviates or eliminates bit jumping and impact shock generated when drilling is carried out at the bottom layer of bit jumping, reduces damages of the drill tool and the drilling head, protects the connection of a drill collar and the completeness of a well wall, prolongs the overall service life of the drill tool, and enhances the safety and the speed of well drilling.