255results about How to "No manual adjustment" patented technology

To overcome the defects in prior art, the related method comprises: obtaining the minimal rectangular area with the letter content to calculate the scale, and zooming the letter to fill the box properly. This invention can saves labor and cost, and improves efficiency greatly.

The invention relates to a vacuum packing method, a vacuum packing treatment device and a treatment method of the vacuum packing treatment device. The vacuum packing treatment device comprises a shaping mechanism for a shaping station and a vacuumizing mechanism for a vacuumizing station, and the shaping mechanism comprises a shaping mechanism lifting air cylinder, a shaping mechanism mounting plate, an upper shaping plate connecting plate and a shaping plate. The shaping mechanism lifting air cylinder is mounted on the shaping mechanism mounting plate, the movable end of the shaping mechanismlifting air cylinder is hinged to the upper shaping plate connecting plate, and a balancing guiding shaft is arranged between the shaping mechanism mounting plate and the upper shaping plate connecting plate. The upper shaping plate connecting plate is connected with the shaping plate through an elastic cushion block, and a vibrating air cylinder is arranged on the shaping plate. According to thevacuum packing method, the vacuum packing treatment device and the treatment method of the vacuum packing treatment device, secondary hot sealing and vacuum packing are ingeniously combined, the stability is improved, the success rate is increased, and the traditional waiting time is shortened; and the shaping mechanism and the vacuumizing mechanism can be separately arranged so as to improve thepacking efficiency, flatness and beauty, and the structure is stable and reliable.

The invention discloses an optical motion capture data processing method based on a dynamic template. By establishing a motion characteristic database, an improved optical motion capture data processing method based on a rigid body is provided; and the method stresses on solving the problem that the rigid body structure is damaged during motion, and establishes a dynamic matched template through the motion characteristic database so as to effectively solve the problems of mismatching and error accumulation because the prior rigid body matching only uses a unique match template. By using the information retrieval of the motion characteristic database, the method automatically adjusts length error parameters of each rigid body during tracking and matching, and automatically finishes without manual intervention during processing; and single-frame data processing time consumption meets the real-time requirement of motion capture.

The invention relates to the technical field of traffic construction equipment and particularly relates to a marking-out system. An intelligent marking-out system for a traffic marker line comprises a movable vehicle body, wherein a marking-out device is placed on the movable vehicle body; the intelligent marking-out system further comprises a reference bracket; the reference bracket is provided with a guide frame and an auxiliary control module; a photosensitive element array is arranged on the surface of the guide frame; the movable vehicle body is provided with a vehicle-mounted bracket; the vehicle-mounted bracket is provided with a main laser transmitting device and a main control module; a transmitting end of the main laser transmitting device is arranged towards a receiving end of the photosensitive element array. A direction adjusting mechanism is arranged on the movable vehicle body. The main control module is connected with a control end of the main laser transmitting device and the direction adjusting mechanism respectively. The auxiliary control module is connected with a signal output end of a photosensitive element. The main control module is in signal connection with the auxiliary control module. With the adoption of the technical scheme, the function of automatically adjusting the direction is realized in the marking-out process; manual adjustment is not needed and the whole marking-out process is simple and convenient; the marking-out precision is high.

The invention discloses a polishing device for mold machining and relates to a polishing device. The polishing device comprises a fixed bottom plate; supporting stand columns are fixedly connected tothe upper portion of the fixed bottom plate in a bilateral symmetry mode. An upper table board is fixedly connected above the supporting stand columns; a through groove is formed in the middle of theupper table board; longitudinal sliding rods are slidably connected to the inner sides of the through grooves; a supporting bottom plate is fixedly connected to the top of the longitudinal sliding rod, transmission teeth are fixedly connected to the two sides of the longitudinal sliding rod, two fixing shafts located in the through grooves are fixedly connected to the upper table top in a bilateral symmetry mode, driven gears are rotationally connected to the outer sides of the fixing shafts and engaged with the transmission teeth, and connecting swing rods are fixedly connected to the outer sides of the driven gears. The polishing device is simple in structure and convenient to use, a grinding tool needing to be ground is directly placed above the supporting bottom plate of the device inthe using process, then the motor is driven downwards to move downwards, grinding can be achieved, the device can automatically position and clamp the mold, manual adjustment is not needed, and therefore the grinding efficiency is effectively improved.

The invention discloses an intelligent mechanical arm with an automatic button pressing function. The intelligent mechanical arm with the automatic button pressing function has four degrees of freedom. Each degree of freedom is controlled by a driving module composed of a servo motor and a harmonic reducer. Four encoders are arranged and can be used for detecting the movement angles of the four degrees of freedom each time. An industrial video camera is arranged and used for automatically searching for and recognizing a target button. The intelligent mechanical arm with the automatic button pressing function is provided with two infrared distance measuring sensors, and the two infrared distance measuring sensors are used for detecting the distance between the video camera and the target button, so that the effect that a clear picture is shot by the video camera is guaranteed, and accordingly the clear picture is recognized. According to the intelligent mechanical arm with the automatic button pressing function, the target button can be automatically found out and recognized from a plurality of buttons after a task instruction is received, the button is accurately pressed for completing a work task, the pose of the intelligent mechanical arm in the space coordinate system is detected automatically every time after the movement, the next instruction can be received for completing a task without manual adjustment, and the intelligent mechanical arm has the continuous working capacity and extremely high commercial value.

The invention relates to the technical field of control and provides a temperature control method and device of an air conditioner. The air conditioner is controlled remotely through a mobile terminal. The method includes: the mobile terminal sets a first working temperature for the air conditioner, obtains the current ambient temperature through an internal temperature-sensing module, and detects whether a differential value exists between the first working temperature and the current ambient temperature, if the differential value exists between the first working temperature and the current ambient temperature, the mobile terminal adjusts the working temperature of the air conditioner to a second working temperature from the first working temperature. The actual temperature near the human body is detected through the mobile terminal, and the intelligent temperature control adjustment is conducted on the air conditioner by taking the actual temperature as the basis. Therefore, the working temperature set by the air conditioner can be automatically consistent with the temperature felt by a user actually, manual adjustment is not needed, and the control efficiency of the air conditioner can be improved.