31results about How to "Avoid false indications" patented technology

A method is disclosed for controlling operation of an engine coupled to an exhaust treatment catalyst. Under predetermined conditions, such as after an engine cold start, the method operates an engine with a first group of cylinders having a first ignition timing, and a second group of cylinders having a second ignition timing more retarded than the first group. In addition, the engine control method also provides the following features in combination with the above-described split air / lean mode: idle speed control, sensor diagnostics, air / fuel ratio control, adaptive learning, fuel vapor purging, catalyst temperature estimation, default operation, and exhaust gas and emission control device temperature control. In addition, the engine control method also can change to combusting all cylinders at substantially the same ignition timing under preselected operating conditions such as fuel vapor purging, manifold vacuum control, and purging of stored oxidants in an emission control device.

Techniques for detection and treatment of myocardial ischemia are described that monitor both the electrical and dynamic mechanical activity of the heart to detect and verify the occurrence of myocardial ischemia in a more reliable manner. The occurrence of myocardial ischemia can be detected by monitoring changes in an electrical signal such as an ECG or EGM, and changes in dynamic mechanical activity of the heart. Dynamic mechanical activity can be represented, for example, by a heart acceleration signal or pressure signal. The electrical signal can be obtained from a set of implanted or external electrodes. The heart acceleration signal can be obtained from an accelerometer or pressure sensor deployed within or near the heart. The techniques correlate contractility changes detected by an accelerometer or pressure sensor with changes in the ST electrogram segment detected by the electrodes to increase the reliability of ischemia detection.

A method of managing a computing system (300) includes generating (1702) transaction requests in accordance with a transaction profile of the system (300). The transaction requests are provided for processing by the system (300). Status data of a set of managed resources (102) of the system (300) is collected (1704) in accordance with a system model stored in a knowledge base (204). Performance indicators of the system (300) are determined (1706) from the status data in accordance with the system model. The transaction performance of the system (300) is monitored (1710) by comparing the performance of the system (300) in processing the transaction requests with an expected performance. When a degradation in transaction performance is detected, a signal (1712) is generated to indicate that a degradation in performance has occurred, to enable the status data and / or performance indicators to be analysed at the time at which the performance degradation occurs. The method improves over prior art management methods by providing for the simultaneous measurement of the transaction performance of the system (300), along with monitoring of defined status and performance metrics, thereby enabling correlation between changes in performance and changes in the status of the system. A corresponding computer implemented means for managing a computer system, and computer program products, are also provided.

The invention relates, generally, to a child restraint system and, more particularly, to an adjuster and harness for securing a child in a child restraint seat.

A video circuit including a video amplifier adapted to generate an amplified output video signal from an input video signal; a short detection circuit adapted to generate a first signal indicative of whether there is a short present at an output of the video amplifier; and a load detection circuit adapted to generate a second signal indicative of whether there is a load coupled to the output of the video amplifier. The video circuit may further include an input signal detection circuit adapted to generate a third signal indicative of whether an input video signal is present. The third signal generated by the input signal detection circuit may be used to enable the outputting of the first and second signals in order to prevent the false indication of faults at the output of the video amplifier in the absence of an input video signal.

The invention discloses an intelligent safety vehicle poncho. The vehicle poncho comprises a poncho body and a warning circuit, the poncho body consists of a clothing cap and a clothing body, the clothing cap and the clothing body are arranged in a removable mode, a retractable waterproof neck band is arranged in the collar part of the poncho or the neck part of the clothing body, a left, a middle and a right sets of sensor devices are arranged on the neck band; the warning circuit is arranged on the poncho, the warning circuit is connected with the three sets of sensor devices separately, the warning circuit comprises a warning light, the warning light indicates the three running states of the vehicle, namely turning left, stopping and turning right. Because the collar part of the poncho or the neck part of the clothing is provided with the retractable waterproof neck band, when a user turns his head, the clothing cap can be turned with the turning of the head, rainwater can be effectively prevented from entering the interior of the poncho, in the meantime the warning device installed on the poncho can make it easy for people or vehicles to recognize the turning and parking of vehicles at rainy days, foggy days and during the nights, the safety of the user is improved, and traffic accidents can be effectively reduced.

A single axis accelerometer comprising a swing arm pivotally attached to a frame is held in apposition to a stop by a threshold force until an experienced acceleration force greater than the threshold force causes a distal segment of the swing arm to release from the stop and move toward a sensor that is activated by a sensor trigger on the distal segment of the swing arm.

The invention discloses an intelligent sport suit. The intelligent sport suit comprises a sport suit body, a retractable waterproof neck strap is arranged at the neck portion of the sport suit body, and a left sensing device, a middle sensing device and a right sensing device are arranged on the neck strap. The intelligent sport suit further comprises a warning circuit arranged on the sport suit body, the warning circuit is connected with the three sensing devices separately and comprises warning lights, and the warning lights indicate three possible advancing states of a sportsman, including the state of turning left, the state of stopping and the state of turning right. As the retractable waterproof neck strap is arranged at the neck portion of the sport suit body, when a user turns the head, a cap can turn along with turning of the head; as the warning device is installed on the sport suit body, other people or vehicles can conveniently recognize that the sportsman possibly turns or stops on rainy days or foggy days or at night, the safety of the sportsman is improved, and traffic accidents can be effectively reduced.

The invention belongs to the technical field of protective guards, and particularly relates to a portable fast-built movable protective guard. The protective guard comprises first supporting rods, second supporting rods, hinges, first hinge rods, second hinge rods, third hinge rods, fourth hinge rods and trundles. According to the protective guard, the first supporting rods and the second supporting rods are moved, then the first supporting rods and the second supporting rods rotate around the hinges, the first hinge rods and the second hinge rods are driven to be unfolded and folded, the protective guard is transversely and rapidly unfolded and folded, then the first supporting rod and the second supporting rod on the outermost sides are pulled, the third hinge rods and the fourth hinge rods between the adjacent first supporting rods and the second supporting rods are driven to be unfolded and folded, so that the protective guard is unfolded and folded quickly in the longitudinal direction, the unfolding and folding efficiency of the protective guard is improved, the to-be-isolated positions are separated quickly, and meanwhile, the space required for storage and transportation ofthe protective guard is reduced, so that the protective guard is convenient to store and transport.

The invention relates to a charging circuit for a root canal length measuring instrument and a charging state feedback and display method. The charging circuit comprises a lithium battery charging module, a charging state detection module, a single chip microcomputer, a display screen, a green LED lamp driving module and a yellow LED lamp driving module. The output end of the lithium battery charging module is connected with the input end of the charging state detection module, the output end of the charging state detection module is connected with the charging state detection end of the single chip microcomputer, the data display end of the single chip microcomputer is connected with the display screen, the green LED control signal end of the single chip microcomputer is connected with the green LED lamp driving module, and the yellow LED control signal end of the single chip microcomputer is connected with the yellow LED lamp driving module. The charging state of a battery is detected through the single chip microcomputer, a corresponding pattern is displayed through the display screen to inform a user of the charging state of the battery visually, charging indicator lamps are controlled by an IO interface of the single chip microcomputer, and it is avoided that a green LED and a yellow LED light together to bring about error indications.

The invention relates to the technical field of electric appliance switches, in particular to a movable contact sheet for a switch device. The movable contact sheet comprises a driving part and a contact part which are connected with each other. The driving part is in an arc-shaped plate shape and is used for being abutted against a sliding block of the switch device. The contact part is arrangedat one end of the driving part and is used for being in contact with a contact of the switch device. The driving part has a first region and a second region. When the contact part is in fixed contactwith a contact point of the switch device, the second area generates a torque on the sliding block of the switch device to enable the sliding block of the switch device to move towards the first area.The driving part of the movable contact sheet is designed in an arc-shaped plate shape, and the driving part has the first area and the second area which are used for being abutted against the sliding block of the switch device. When the contact part is in fixed contact with the contact point, the second area generates a torque on the sliding block to enable the sliding block to move towards thefirst area, so the sliding block is in an instability state and cannot stay in the 'OFF' position, so as to avoid false indication and protect the personal safety of an operator.

The invention discloses an intelligent sport suit. The intelligent sport suit comprises a sport suit body, a retractable waterproof neck strap is arranged at the neck portion of the sport suit body, and a left sensing device, a middle sensing device and a right sensing device are arranged on the neck strap. The intelligent sport suit further comprises a warning circuit arranged on the sport suit body, the warning circuit is connected with the three sensing devices separately and comprises warning lights, and the warning lights indicate three possible advancing states of a sportsman, including the state of turning left, the state of stopping and the state of turning right. As the retractable waterproof neck strap is arranged at the neck portion of the sport suit body, when a user turns the head, a cap can turn along with turning of the head; as the warning device is installed on the sport suit body, other people or vehicles can conveniently recognize that the sportsman possibly turns or stops on rainy days or foggy days or at night, the safety of the sportsman is improved, and traffic accidents can be effectively reduced.

The invention discloses an intelligent safety vehicle poncho. The vehicle poncho comprises a poncho body and a warning circuit, the poncho body consists of a clothing cap and a clothing body, the clothing cap and the clothing body are arranged in a removable mode, a retractable waterproof neck band is arranged in the collar part of the poncho or the neck part of the clothing body, a left, a middle and a right sets of sensor devices are arranged on the neck band; the warning circuit is arranged on the poncho, the warning circuit is connected with the three sets of sensor devices separately, the warning circuit comprises a warning light, the warning light indicates the three running states of the vehicle, namely turning left, stopping and turning right. Because the collar part of the poncho or the neck part of the clothing is provided with the retractable waterproof neck band, when a user turns his head, the clothing cap can be turned with the turning of the head, rainwater can be effectively prevented from entering the interior of the poncho, in the meantime the warning device installed on the poncho can make it easy for people or vehicles to recognize the turning and parking of vehicles at rainy days, foggy days and during the nights, the safety of the user is improved, and traffic accidents can be effectively reduced.

An ice fishing trap comprising in its operational state a crossbeam dimensioned for extending across a hole in ice covering a body of water, and a hingedly coupled vertical mast. The vertical mast has a rotatable reel dimensioned to carry a length of fishing line and a hook. A trigger mechanism is provided, wherein a rotation of the reel causes an arcuate movement of a trigger hook. One aspect of the invention provides at least two stabilizer limbs hingedly coupled to the crossbeam, so as to form a general Z shaped support base when operational. In another aspect the fishing trap provides a trigger bolt coupled to an indicator spring, wherein the trigger bolt is utilized to couple the indicator spring to the trigger hook. The trigger bolt is slidingly supported by bolt guide, thus providing improved resistance to false indications due wind vibration and the like. Preferably, the trigger bolt is coupled to the indicator spring by a ring shaped coupler.

Disclosed is an intelligent rain cape, comprising a rain cape main body. The rain cape main body is composed of a cape cap and a cape body; the cape cap and the cape body are detachably arranged; a collapsible waterproof neck band is arranged at a collar part of the rain cape or a neck position of the clothes; an outer layer of the neck band adopts a high-elasticity waterproof layer, and a bottom layer thereof adopts a flexible sensing layer; and the flexible sensing layer is formed by weaving elastic conductive fiber yarns, and divides the neck band into N sections, where N is a natural number greater than or equal to three, and the N sections of neck bands are divided into three groups to form three groups of flexible sensing devices. The rain cape comprises a warning circuit arranged on the rain cape, wherein the warning circuit is respectively connected to the three groups of flexible sensing devices; and the warning circuit comprises a warning lamp indicating three running states of a vehicle, wherein same are respectively left turning, parking, and right turning states. When a user's head rotates, the cap can rotate along with the rotation of the head, thereby effectively preventing rainwater from entering the interior of the rain cape, making it convenient for other people or vehicles to be able to identify the turning and parking of the vehicle on rainy and heavy fog days and at nighttime, and effectively reducing traffic accidents.

An ice fishing trap comprising in its operational state a crossbeam dimensioned for extending across a hole in ice covering a body of water, and a hingedly coupled vertical mast. The vertical mast has a rotatable reel dimensioned to carry a length of fishing line and a hook. A trigger mechanism is provided, wherein a rotation of the reel causes an arcuate movement of a trigger hook. One aspect of the invention provides at least two stabilizer limbs hingedly coupled to the crossbeam, so as to form a general Z shaped support base when operational. In another aspect the fishing trap provides a trigger bolt coupled to an indicator spring, wherein the trigger bolt is utilized to couple the indicator spring to the trigger hook. The trigger bolt is slidingly supported by bolt guide, thus providing improved resistance to false indications due wind vibration and the like. Preferably, the trigger bolt is coupled to the indicator spring by a ring shaped coupler.