57results about How to "Avoid incongruity" patented technology

The control apparatus controls an outboard motor having a propeller and an engine that rotates the propeller and discharges exhaust gas in water. The control apparatus includes a judgment unit arranged to determine a reduction in the propulsive force of the outboard motor due to in-water exhaust of the engine, and a control unit arranged to control the engine such that, when the judgment unit determines that a reduction in the propulsive force occurs, the output of the engine is increased as compared to when the judgment unit determines that a reduction in the propulsive force does not occur.

The embodiment of the invention discloses an image synthesis method and device. A specific embodiment of the method comprises the steps of determining average pixel values of all areas in an eye image, a mouth image and an initial face image based on a selected initial face image; generating a human face three-dimensional model of the initial human face image based on the obtained expression coefficient, the posture parameter and a reference three-dimensional model of the initial human face image; and inputting the eye image, the mouth image, the average pixel value of each region in the initial face image and the normalized coordinates of the three-dimensional pixel points in the face three-dimensional model of the initial face image into a pre-trained image synthesis model to obtain a synthesized face image. According to the embodiment, discordance among eyes, mouths and other parts in the synthesized face image is avoided.

The invention provides an operation vehicle comprising left and right running gears (1R, 1L), an engine (3), a continuously variable transmission device (7) for straight running and a continuously variable transmission device (8) for turning, a speed command means (14), a turning command means (56), wherein the operation vehicle is also provided with a speed detection means and control unit (H). When the command of the turning command means (56) is switched from turning to straight running, the continuously variable transmission device for straight running performs the shift operation, based on the command speed of the speed command means (14) and the continuously variable transmission device for turning performs the shift operation using control unit (H), so that the two continuously variable transmission device have the same speed, and the shift operation speed of the transmission device for turning at that time is made greater than the shift operation speed of the transmission device for straight running on the basis of a speed command means.

The invention relates to the technical field of household electrical appliance control, and discloses a control system and method for a household electrical appliance.. The electrical household appliance comprises an illumination device. The system comprises a brightness sensor which detects the ambient brightness and a controller which controls the illumination brightness of the illumination device according to the ambient brightness. The illumination brightness of the illumination device is controlled according to the detected ambient brightness, so that the illumination brightness of the illumination device can be automatically adjusted, and inconvenience caused by incoordination of the illumination brightness is prevented.

The invention belongs to the technical field of bioengineering, and relates to breeding of industrial microorganisms, in particular to a method for constructing a saccharomyces cerevisiae strain withhigh yield of ethyl butyrate and application of the saccharomyces cerevisiae strain. The method comprises the following steps: overexpressing an acetyl coenzyme A acyltransferase gene Erg10, a 3-hydroxybutyryl coenzyme A dehydrogenase gene Hbd, a 3-hydroxybutyryl coenzyme A dehydratase gene Crt, a trans-2-enoyl coenzyme A reductase gene Ter and an alcohol acyltransferase gene AAT in an original strain so as to obtain a yeast strain EST with the capability of producing ethyl butyrate. Compared with an original strain which does not produce the ethyl butyrate, the ethyl butyrate yield of the saccharomyces cerevisiae strain reaches 77.33+/-3.79 mg/L. A strain EDST is obtained after the Ter gene and the AAT gene are subjected to double-copy expression, and the yield of ethyl butyrate reaches 99.65+/-7.32 mg/L. Compared with the EST strain, the yield is increased by 28.9%, meanwhile, 40.93+/-3.18 mg/L of ethyl crotonate is generated, and an unexpected technical effect is achieved. The saccharomyces cerevisiae strain lays a theoretical basis for brewing Chinese liquor which is excellent in flavor and more beneficial to health, and has wide market prospects.

The invention discloses a primary smart device, an auxiliary smart device, an audio output method and a system. The primary smart device comprises a first wireless connection module, a determining module, an instruction sending module and a first control module. The first wireless connection module is used for sending a wireless connection signal within a preset distance of the primary smart device. The determining module is used for determining whether an operating device detects a triggering operation. The instruction sending module is used for generating an audio output instruction when theoperating device detects the triggering operation and sending the audio output instruction to the auxiliary smart device based on the wireless connection signal to control the auxiliary smart deviceto perform an audio output function. The first control module is used for controlling the primary smart device to perform the audio output function according to the audio output instruction. The primary smart device, the auxiliary smart device, the audio output method and the system ensure that the primary smart device and the auxiliary smart device can achieve synchronous real-time playback and synchronous stop of an audio within the same time period and enhance the user experience together.

The invention discloses a fish scale removing device and belongs to the technical field of fish product processing. The device comprises a rack, a chain conveyer, an input conveyer, a scale removing assembly and a power mechanism, wherein the chain conveyer comprises a driving chain wheel, a driven chain wheel, an annular chain and clamping mechanisms, each clamping mechanism comprises a fish clamping bottom board and a cutting board which are movably connected, short rods are arranged on the fish clamping bottom boards, the scale removing assembly comprises at least one pair of scale removing roller brushes and a shield, the input conveyer comprises a driving roller, a driven roller and an input conveying belt, inlet and outlet guide rods are arranged at an inlet and an outlet of the rack respectively, the short rods correspondingly extend out of upper parts of the inlet guide rods and extend into lower parts of the outlet guide rods, and pressing boards are also arranged on the rack. The device can remove scales continuously, realizes assembly line processing, is particularly applicable to types of fishes with flat fish bodies, and is high in scale removing efficiency and good in scale removing effect.

The invention discloses a rehabilitation training robot. The robot includes a supporting and elevating mechanism, a supporting shell, a horizontal moving and adjusting device and a lower limb trainingdevice; the supporting shell is fixedly connected to the output end of the supporting and elevating mechanism; and the input end of the horizontal moving and adjusting device is fixedly connected tothe internal of the supporting shell. Through the arrangement of the lower limb training device which independently consists of thigh supporting and driving members and shank supporting and driving members, the robot can adjust the length of a thigh part and the length of a shank part according to different patients, and the patients can perform adjusting according to own trajectories, so that thebest rehabilitation training effect can be achieved; and for shank amputation patients, the shank supporting and driving members and the thigh supporting and driving members are in detachable connection, so that inharmonious using of the patients can be avoided, and therefore, the patients can effectively use the lower limb training device.

The invention discloses a campus security monitoring management system based on an artificial intelligence technology, relates to the technical field of campus security and protection monitoring management, and solves the technical problem that in the prior art, monitoring in a campus cannot be accurately divided into areas. Terminal equipment installation point location determination and reasonable and accurate point location selection are carried out in the campus, so the monitoring efficiency of the terminal equipment is improved, and meanwhile, the situation that the security monitoring cost is not proportional to the monitoring efficiency due to incoordination of security monitoring resources is prevented; a terminal installed at each point location is analyzed, so that whether the terminal installation of each sub-region is qualified or not can be analyzed in real time, and unnecessary waste of monitoring cost is reduced; and the dormitory area in the campus is analyzed and supervised, and the influence of the point location setting sub-region and the corresponding selected point location on the dormitory region is judged, so that the dormitory region is monitored on the premise that the monitoring does not influence the privacy of students, and the intelligence of campus monitoring is improved.

The invention relates to a control method and device for power switching and a hybrid control unit (HCU). The control method comprises the following steps that whether a transmission control unit (TCU) is allowed to be shifted or not is judged by the HCU; when it is determined that the HCU allows the TCU to be shifted, and the TCU controls a synchronizer to perform a pre-meshing movement, the HCU switches various power sources into one power source of a motor; the HCU adjusts the rotating speed of the motor to be consistent with the rotating speed of an input shaft of a transmission corresponding to a shifted gear; and when the TCU completes the movement of shifting, the HCU switches the one power source of the motor into the various power sources. Through the adoption of the scheme of the control method disclosed by the invention, the driving smoothness can be improved, and the shifting time is shortened.

The invention discloses a low-voltage drawing system. The system comprises an icon drawing device, a rule customizer and a graph drawing device, wherein the icon drawing device is used for conducting basic icon loading, drawing, deletion and basic data generation on a low-voltage wiring diagram; the rule customizer is used for setting a wiring diagram icon, a graph connection rule and control logic and providing a logical interface for customizing editing of an icon connection rule; the graph drawing device is used for connecting multiple drawn icons on the basis of a connecting rule of the rule customizer to form the wiring diagram. The system has the advantages that various disharmony caused by inconsistent scaling during drawing of engineers is effectively avoided, an original system in the low-voltage power distribution field supports low voltage development in the future, the low-voltage drawing system is a description of an original low-voltage drawing system, and the capacity of supporting business development is better compared with improvements from other fields.

The invention relates to an automobile steering system capable of achieving an ideal Ackerman angle relation. The automobile steering system comprises a steering gear shell body fixed to an automobile auxiliary frame, a rack set slidably installed in the steering gear shell body, two wheels, a gear rack transmission mechanism, a steering column and a steering wheel. The rack set comprises a rack A segment and a rack B segment which are connected through a rack equivalent length adjusting mechanism. The rack A segment is slidably installed in the steering gear shell body. The rack B segment is slidably installed in a rack support fixedly connected to the automobile auxiliary frame. The two wheels are further arranged at the ends of the rack A segment and the rack B segment correspondingly. Compared with the prior art, the invention provides the structure of the steering system capable of achieving the ideal Ackerman angle relation under the premise that mechanical connection of the left wheel and the right wheel in the steering system is not cut off, and the performance of the steering system is improved meanwhile the safety is ensured.

The invention discloses an electronic machine and a picture display control method, which can avoid a sense of inconsistent incongruity between a displayed picture and a played sound. The electronic machine comprises a display part, a storage part for storing a picture before interruption, a display control part for carrying out switching display between an output picture by a mobile terminal and an inner output picture, a source judgment part for judging whether the interrupted picture is from the mobile terminal or the inner part, and a judgment part for judging whether the picture before interruption of the display part is a non-sound picture or a sound picture. When the judgment part judges that the picture before interruption is the non-sound picture, after the interruption picture is over, the display control part displays a specified picture without sound output on the display part. According to the electronic machine and the picture display control method, a sense of inconsistent incongruity between a displayed picture and a played sound can be avoided.