39results about How to "Return to normal work" patented technology

A method for improving productivity of a printer with in-line finisher, which includes the steps of: a) storing a sequence of jobs; b) printing the first print job; c) transmitting the printed portions of the first print job to the productivity module; d) unloading the printed portions in sequence from the productivity module and performing a finishing operation on the printed first portion of the first print job; e) during the step d), printing a portion of the second print job; f) transmitting the printed portions of the second print job to the productivity module; g) initiating printing of a second portion of the first print job, concurrent with step d), h) unloading the next printed portions of the first job in sequence from the productivity module and performing a finishing operation on the printed portions of the second print job; and continuing these sequences for the next print job.

The invention discloses a component grabbing device with a self-checking function, which includes a base, and also includes a supporting part installed on the base, a first arm, a second arm, a third arm, grabbing claws, a tray and an auxiliary arm , the first arm, the second arm and the third arm are sequentially connected in series, and one end of the first arm is also installed on the top of the support component; the inside of the support component is also provided with a controller and an acquisition card connected to each other, the motor, Both the camera and the third arm are connected to the controller; a sliding grabbing plate and a chute are set on the grabbing claw, the sliding grabbing plate can slide back and forth on the chute, and the auxiliary arm is also movably connected at the bottom of the third arm , the extended end of the auxiliary arm mounts the tray. Through the above-mentioned structure, the present invention can realize firm grasping of large parts and flexible use, and at the same time, when the device works abnormally, it can automatically remind the staff and perform maintenance in time to ensure that the device can quickly resume work.

The invention provides a capacitive acceleration sensor with an acoustic cavity, comprising a sensor frame, an acceleration detection structure composed of a detection quality block and an elastic vibrating diaphragm, and a back plate with damping holes and limit embosses, wherein, the detection quality block is arranged at the center of the acceleration sensor and is connected with the sensor frame by the surrounding elastic vibrating diaphragm; the damping holes manufactured on the back plate are used for adjusting system damping, and the limit embosses are used for preventing adhesion or damage in the case of overload; the detection quality block is parallel to the back plate, and detection capacitances are respectively formed on the opposite surfaces of the detection quality block andthe back plate; and the fact that the sensor frame is internally provided with an acceleration detection structure and internally formed with the acoustic cavity after the back plate is closed can improve frequency response. The sensor structure of the invention has lower requirement on the vacuum degree of the acceleration sensor, and can adjust important parameters such as a quality factor Q and the like which can adjust a system by changing density and size of the damping holes and volume of the acoustic cavity and the like, thus realizing larger flexibility on design and manufacture.

The invention discloses a composite rotary cross arm. The composite rotary cross arm comprises a supporting insulator and a composite insulator, wherein the supporting insulator and the composite insulator are hinged to the same side of a tower body; the supporting insulator is vertical to the tower body; the tail end of the composite insulator points to the tail end of the supporting insulator in an inclined manner, and the tail end of the composite insulator is connected with the tail end of the supporting insulator through a wire hanging clipper connected with a ground wire; the supporting insulator is arranged below the composite insulator, and an included angle between the supporting insulator and the composite insulator is 30-45 degrees; components for hinging the supporting insulator and the composite insulator with the tower body comprise two steel angles arranged up and down, two sides, oppositely arranged, of the two steel angles are respectively provided with a hinging shaft, the other sides of the two steel angles are respectively and fixedly connected with the tower body, each hinging shaft is provided with a hinge, the other end of each hinge is provided with a hanging plate, and the hanging plates are vertical to the hinges and are used for respectively connecting the supporting insulator and the composite insulator. The composite rotary cross arm disclosed by the invention has the advantages of simple structure, convenience in implementation, reasonable design, light weight and effective protection on the main body of a tower.

The invention discloses a ring-shaped urban building system to cope with future sea level rise and anti-tsunami. The wave-guiding energy-dissipating dam is located in the direction facing the tidal tsunami and waves and forms a shape that buffers the tidal tsunami and waves and guides them to the side. The ring-shaped tidal anti-tsunami dike is located at the back of the wave-guiding energy-dissipating dam and surrounds the houses and buildings; the invention has the effect of breaking waves and separating and guiding the tsunami huge waves, and can avoid the direct impact of the ring-shaped tidal and tsunami-resistant embankment by the huge waves Function: The closed circular tidal anti-tide embankment can resist the force of seawater from all directions, so that the seawater that penetrates or accidentally turns over the annular anti-tidal embankment is basically a static water effect, and loses a strong destructive effect on the buildings in the circular town; It has changed the traditional scattered housing towns that have no defense against tidal waves, and improved them into integral ring towns with strong defense capabilities against tidal waves, which not only guarantees the safety of life and property when tidal waves strike, but also meets the needs of tidal waves to recede. After that, you can quickly return to normal work and life.