Abstract: A blast furnace gas pressure swing adsorption carbon dioxide capture system coupled with compressed energy storage is provided. The system includes a dust removal unit, a dry desulfurization device, a temperature swing adsorption (TSA) dehydration device, a first carbon dioxide pressure swing adsorption (PSA) adsorption device, a first compressor, a second carbon dioxide PSA adsorption device, a second compressor, a second heat exchanger, a third heat exchanger, a carbon dioxide high-pressure storage tank, a fourth heat exchanger, an expansion power generation device and a fifth heat exchanger connected in sequence.

Abstract: A window blind, wherein each ladder tape thereof includes two longitudinal cords, plural bearers and plural limiting members. The longitudinal cords each have an end connected to a deflecting mechanism disposed on the upper rail. The bearers are disposed between the two longitudinal cords for respectively supporting the slats. The limiting members include a first limiting member and a second limiting member neighboring thereto. The first limiting member has an end disposed on one of the longitudinal cords and includes a first slat-through portion located between two ends thereof passing through a first through hole of a first slat. A first linking loop is formed after the first slat-through portion passes through the first through hole. The second limiting member passes through the first linking loop for keeping the first through hole threaded through by one of the first limiting member and the second limiting member.

Abstract: The present disclosure belongs to the field of mobile device mount technology, in particular to a magnetic snap-on intelligent quick connection system, comprising a device connection module including a circular base, an annular magnet array, and a quick-release fastener; the base being provided with a circular mounting slot. The present disclosure achieves great convenience by using a complete circular docking system formed by the circular base, the circular mounting slot, and the circular central hole of the device connection module, and the circular device and the frustum of the mount connection module, eliminating the need for precise angle matching during magnetic alignment. The annular magnet array and corresponding magnet groups generate uniform attraction at any angle, allowing the frustum to automatically align and insert into the central hole. Then the latches accurately dock with the snap-fit locating slots to lock in place by 360-degree arbitrary rotation.

Abstract: The present disclosure belongs to the field of mobile device mount technology, in particular to a magnetic snap-on intelligent quick connection system, comprising a device connection module including a circular base, an annular magnet array, and a quick-release fastener; the base being provided with a circular mounting slot. The present disclosure achieves great convenience by using a complete circular docking system formed by the circular base, the circular mounting slot, and the circular central hole of the device connection module, and the circular device and the frustum of the mount connection module, eliminating the need for precise angle matching during magnetic alignment. The annular magnet array and corresponding magnet groups generate uniform attraction at any angle, allowing the frustum to automatically align and insert into the central hole. Then the latches accurately dock with the snap-fit locating slots to lock in place by 360-degree arbitrary rotation.

Abstract: The present disclosure belongs to the technical field of electronic product accessories, in particular to a magnetic wireless charging quick-release mount, comprising a mount body which is integrally provided with: a lever-type quick-release mechanism configured to control mechanical locking and release of an electronic product; a magnetic quick-lock mechanism configured to provide rapid attachment of the electronic product and trigger mechanical locking of the lever-type quick-release mechanism. The present disclosure realizes multi-functional integration through five innovative mechanisms.

Abstract: A zero-delay panoramic video bit rate control method that considers distortion temporal propagation aims to optimize target bit allocation and achieve global rate-distortion optimization in coding. It encompasses coding tree unit (CTU)-level bit rate control and temporal global rate-distortion optimization. CTU-level bit rate control involves optimizing target bit allocation and updating bit rate control parameters. Temporal global rate-distortion optimization utilizes the reconstruction error and motion compensation prediction error information of the previous coded frame to estimate the temporal dependence between CTUs in the current coding frame and those in the previous coded frame to adjust the coding parameters of the current CTU.

Abstract: A zero-delay panoramic video bit rate control method that considers distortion temporal propagation aims to optimize target bit allocation and achieve global rate-distortion optimization in coding. It encompasses coding tree unit (CTU)-level bit rate control and temporal global rate-distortion optimization. CTU-level bit rate control involves optimizing target bit allocation and updating bit rate control parameters. Temporal global rate-distortion optimization utilizes the reconstruction error and motion compensation prediction error information of the previous coded frame to estimate the temporal dependence between CTUs in the current coding frame and those in the previous coded frame to adjust the coding parameters of the current CTU.

Abstract: An integrated circuit includes a physical layer interface having a control timing domain and a data timing domain, and circuits that enable the control timing domain during a change in power conservation mode in response to a first event, and that enable the data timing domain in response to a second event. The control timing domain can include interface circuits coupled to a command and address path, and the data timing domain can include interface circuits coupled to a data path.

Abstract: Described are integrated circuits for equalizing parallel write-data and address signals from a memory controller. The integrated circuits each include a set of decision-feedback equalizers, one equalizer for each received signal. Each equalizer has a main sampler and a monitor sampler, each of which samples the respective input signal on edges of a common timing-reference signal. The main sampler samples the input signal relative to a reference. The monitor sampler samples the input signal relative to an adjustable threshold calibrated to monitor one or more levels of the input signal. A feedback network adjusts the respective input signal responsive to one or more tap values that can be adjusted to equalize the signal. An adaptive tap-value generator for one or a collection of the equalizers adjusts the tap value or values as a function of least-mean squares of errors to one or more of the sampler input ports.

Abstract: A cordless window covering includes a first rail, a second rail, a covering body, two pulling cords, and a cord-retracting device including a first casing and an adjusting member movably disposed on the first casing. When relative motion of the first rail and the second rail occurs, the covering body is extended or retracted, and the two pulling cords apply a first force and a second force in opposite directions to the adjusting member respectively. When the first force does not equal to the second force, the user can exert slight force on the second rail to move the adjusting member towards a side with greater force, making one of the pulling cords applying greater force to the adjusting member have its length between the first rail and the second rail elongate as the adjusting member moves, such that the non-horizontal state of the second rail can be easily corrected.

Abstract: An integrated circuit includes a physical layer interface having a control timing domain and a data timing domain, and circuits that enable the control timing domain during a change in power conservation mode in response to a first event, and that enable the data timing domain in response to a second event. The control timing domain can include interface circuits coupled to a command and address path, and the data timing domain can include interface circuits coupled to a data path.

Abstract: A shock absorbing device comprises a shock absorbing device body, which comprises an upper shock absorbing cover and a lower shock absorbing cover, a primary shock absorbing element and a secondary shock absorbing element located on the outside of a circle of the primary shock absorbing element are arranged between the upper shock absorbing cover and the lower shock absorbing cover; a tower spring is matched with a plurality of shock absorbing silicones to effectively reduce the shock transfer between the upper shock absorbing cover and the lower shock absorbing cover; the upper shock absorbing cover and the lower shock absorbing cover are not directly connected with mother and child limit screws, but are connected with the mother and child limit screws through the shock absorbing silicones; a shock absorbing spring can assist the shock absorbing silicones to buffer the shock and shape the shock absorbing silicone.

Abstract: A low-complexity panoramic video coding method considering distortion temporal propagation is provided. By analyzing the inter-frame reference relationships under the random access coding structure and establishing the corresponding distortion propagation chain, the method utilizes distortion impact factors of coding units to adjust encoding parameters, thereby optimizing the encoding process. Furthermore, the method addresses the issue of oversampling arising from the varying geometric deformations in different latitude regions during the projection of spherical images in panoramic videos. This is achieved by adjusting coding parameters based on the ratio of area changes at different latitudes. The proposed approach significantly enhances coding performance.