13results about How to "Guaranteed linearity" patented technology

This invention discloses a modeling method, electronic device, and storage medium for hydrogen energy systems. The method includes: establishing a hydrogen production mass flow model for an electrolyzer, and using a multi-condition linearization method to handle the nonlinear operating efficiency of the electrolyzer; establishing a storage mass flow model for a hydrogen storage tank, dynamically characterizing its effective capacity based on the tank's physical volume, operating pressure, and ambient temperature parameters; constructing a hydrogen mass flow bus, linking the electrolyzer's hydrogen production variable and the storage tank's hydrogen filling variable to this bus, and establishing hydrogen mass flow balance constraints among the models to characterize that at any given time, the total amount of hydrogen flowing into the bus equals the total amount flowing out. This invention solves the problem of insufficient accuracy in traditional models, achieving a balance between high accuracy of the equipment model and high solution efficiency for the optimization problem, providing a reliable modeling foundation for the optimal scheduling of hydrogen-containing integrated energy systems.

This application discloses a piston-type multi-way valve and a water softener, comprising: a housing having a cavity, a first guide hole, and a second guide hole, the first guide hole communicating with the cavity; a sealing piston movably disposed within the cavity; a drive mechanism disposed on the housing; and a movable component having a first connecting portion and a second connecting portion, the first connecting portion slidably passing through the first guide hole and connected to the sealing piston, the second connecting portion being connected to the output end of the drive mechanism and slidably inserted into the second guide hole. By providing the first and second guide holes on the housing, the first connecting portion of the movable component slides within the first guide hole, and the second connecting portion of the movable component slides within the second guide hole, forming a dual-point cooperative guiding structure. This effectively limits the radial sway of the movable component during long-distance reciprocating motion, ensuring the straightness and stability of its motion trajectory, and improving the motion stability of the movable component.

This utility model relates to a bidirectional torque plate for an impact testing bench, comprising a torque plate body detachably mounted on a torque limiter under test. The torque plate body has lever arms extending radially to both sides, with each lever arm's end forming a torque-acting end mechanically connected to a force sensor. When the torque limiter under test is subjected to an impact load, the torque plate body tends to rotate clockwise or counterclockwise. When one lever arm applies pressure to the corresponding force sensor through its torque-acting end, the other lever arm applies tension to the corresponding force sensor through its torque-acting end, thus achieving bidirectional measurement of tensile and compressive forces. This utility model improves detection accuracy by canceling out the self-weight of symmetrical torque couples, effectively achieving precise control of the torque transmission path under impact load, thereby enhancing the stability and reliability of torque measurement data.

The application provides a high-linearity low-power-consumption radio frequency transmitter circuit and a transmitting chip, which comprise a data processing module, a linear conversion module, a passive mixing module, a transformer module and a linear output module; the data processing module is used for converting and filtering a digital baseband signal to generate a corresponding analog signal; the linear conversion module is used for improving the linearity of the analog signal by introducing feedback and mode conversion; the passive mixing module is used for converting the analog signal into a radio frequency signal with improved linearity; the transformer module is used for providing a direct current bias and reducing the overall power consumption of a radio frequency link; and the linear output module is used for mode converting the radio frequency signal to maintain the linearity of the radio frequency signal and match the radio frequency signal with a subsequent circuit. Through the linear conversion module, the passive mixing module, the transformer module and the linear output module, the linearity of a fundamental frequency analog signal is greatly improved in a low frequency stage, the linearity of a signal link is maintained in a radio frequency stage, the anti-interference performance is greatly enhanced, and the power consumption is reduced.

The utility model relates to a die-casting die structure capable of machining a deep cavity and an isolated structure, which comprises a movable die frame, a movable die core arranged on the movable die frame, a fixed die frame and a fixed die core arranged on the fixed die frame and matched with the movable die core, and a product cavity is formed between the movable die core and the fixed die core. The upper end of the isolated structure cavity is communicated with the product cavity, the cinder ladle sliding groove is communicated with the lower end of the isolated structure cavity, the die-casting die structure further comprises a linear driving part and a shearing insert, one end of the shearing insert is detachably connected to the driving end of the linear driving part, and the other end of the shearing insert is detachably connected to the driving end of the linear driving part. And the other end of the shearing insert is connected to the movable mold core in a sliding manner, and the other end of the shearing insert extends to the part where the isolated structure cavity is communicated with the cinder ladle sliding chute. The die casting die can solve the problem that a die casting with a deep cavity and an isolated structure is difficult to form or poor in forming quality.

This utility model discloses a precast power wall end mold with a walking mechanism, relating to the field of precast power wall technology. It includes a mold body, a first mold support welded to the bottom of the mold body, an inclined support welded to the side of the mold body opposite to the casting side, a first roller and a second roller mounted on the first mold support, an independent roller mounted on the inclined support, and a braking device for braking the first roller. The lowest points of the wheel surfaces of the first roller and the independent roller are at the same height, used for rolling support on the top plane of the upper horizontal section of an I-beam track. The second roller is a conical wheel located below the first roller, used for rolling against the bottom inclined surface of the upper horizontal section of the I-beam track. When used as the end mold of a precast power wall casting equipment, this utility model's precast power wall end mold achieves more stable movement and excellent controllability.

The utility model discloses ICT double stroke mechanism, including base, upper pressing plate and hook drive module, be used for installing in the processing mesa, be equipped with the lower mould on the base, the back surface rotation connection of lower mould is used for the upper fixed frame of mould closing, be equipped with in the inside of upper fixed frame, the inner surface of lower mould is equipped with the component for being detected, the utility model discloses when the electromagnet of hook drive module is electrified and drives, can accurate drive hook post along the guidance of concave frame and carry out telescopic motion, and hook post penetrates concave frame and forms the engagement with the hook seat, effectively avoids the looseness or deviation when mould closing, when the push plate of pneumatic cylinder drive module slides, the guide screw on the surface of upper reinforcing plate passes the limiting slot of movement push plate, the movement track of movement push plate is restricted, avoids the deflection in the movement, through double stroke design, only long needle contact PCBA and carry out test in the second stroke, avoided the interference produced by short needle as antenna, ensure the stability and accuracy of test signal.

The utility model provides a kind of stacking device of cutting rubber, including roller conveyor, the roller conveyor includes the baffle of distribution left and right, rotating and equidistantly being provided with the roller driven by first motor between side baffle, the right side of the roller conveyor is horizontally provided with the slide rail driven by air cylinder to lift, the slide rail is slidably moved with the sliding member driven by second motor on left and right, the bottom of the sliding member is equidistantly provided with support pole, the support pole is arranged between front side several the roller, the right side of the support pole is provided with the stacking frame of L type, the top of the stacking frame is provided with the first recess that the support pole transverse displacement passes, the second recess that the support pole is avoided is opened in the right side side baffle.The utility model has the advantages of: the stacking of rubber can be automatically completed, without manual operation, and the efficiency is high.

This invention provides a differential switch device and an analog switch chip, relating to the technical field of signal transmission. The differential switch device and analog switch chip provided by this invention include an analog switch and a control circuit connected to the analog switch in the switching unit of the differential switch device. The control circuit includes a logic operation unit and a voltage conversion unit connected to the control terminal of the analog switch. The logic operation unit is used to acquire the differential signal input from the input interface, perform logic operations based on the differential signal, and output a first voltage signal to the voltage conversion unit. The voltage conversion unit is used to convert the first voltage signal, output a second voltage signal corresponding to the first voltage signal, and input the second voltage signal to the control terminal of the analog switch to control the analog switch. During the control process, this helps to ensure the linearity of the analog switch, not only meeting users' requirements for different performance and reliability, but also helping to improve the transmission efficiency of high-frequency signals.

This invention discloses a multi-buffered energy-absorbing shell-breaking device for electrolytic aluminum production, comprising a main connecting seat, on which a buffered energy-absorbing component and a shell-breaking mechanism connecting component are mounted. A compression spring, a damping sleeve, and a disc spring are sequentially mounted axially on the energy-absorbing guide rod of the buffered energy-absorbing component. During shell breaking, the counter-impact force is transmitted to the spring assembly via the energy-absorbing slide plate and the push plate, where elastic deformation energy storage and frictional energy dissipation work together to achieve multiple attenuations of the impact energy. The energy-absorbing slide plate and the energy-absorbing sliding seat are guided by a dovetail-shaped guide rail groove and equipped with a multi-layered dustproof self-cleaning system consisting of a dust cover, dust brush, scraper, and sealing plate. The dust cover has a connection hole for receiving compressed gas to form a positive pressure airflow, which blows out dust from the sliding gap at the end of the dust cover where it is slidably connected to the pressure plate. This invention can effectively isolate the transmission of the shell-breaking counter-impact force to the overhead crane or robot structure, extend the service life of the equipment, and ensure the efficient and stable operation of electrolytic aluminum production.

The utility model relates to wire detection technical field, and disclose a kind of wire tensile strength detection device, the wire tensile strength detection device, including frame body, the top end surface of frame body is fixedly connected with controller, the side wall of frame body is fixedly connected with scale, the top end surface of frame body is provided with pullout component, the top of pullout component is provided with winding component.This wire tensile strength detection device, rotating handle, it can be realized to the installation of wire body, relative to traditional pure manual winding, so that wire body arrangement is more neat and standard, improve winding consistency and repeatability, it is favorable to standardization operation, especially applicable to batch detection, electrical performance consistency comparison etc. occasion, guide groove limits the movement trajectory of wire body, so that every circle wire body can be accurately arranged in predetermined position, avoid misplacement, overlapping etc. Problem, improve the accuracy of detection.

The utility model provides a kind of positioning device of mould, belong to mould manufacturing technical field, the positioning device of this mould includes positioning seat body, positioning column, adjusting mechanism, locking mechanism and guiding mechanism;Positioning seat body is hollow cylinder, bottom is equipped with bottom surface, and circular through-hole is opened in the center of bottom surface;Stepped positioning column is composed of lower section cylinder and the upper section cylinder of greater diameter;Adjusting mechanism contains adjusting seat and adjusting screw rod, adjusting seat is fixed in seat body side wall, adjusting screw rod passes through adjusting seat and extends into seat body interior, and its end abuts on the side wall of upper section cylinder to adjust height;Locking mechanism is composed of locking bolt and locking block, locking block is placed in seat body, locking bolt is connected with locking block by thread in radial through seat body side wall, and locking block inner arc surface and upper section cylinder outer wall are pasted to realize lock solid;Guiding mechanism contains guide sleeve and guide rod, guide sleeve is fixed in seat body top end, guide rod passes through guide sleeve and is fixedly connected with the top end of upper section cylinder, and it is ensured that column lifting direction is accurate and unbiased.