Patents
Literature
Hiro is an intelligent assistant for R&D personnel, combined with Patent DNA, to facilitate innovative research.
Hiro

5 results about "Block structure" patented technology

Multi-damping buffer energy dissipation type bridge anti-seismic check block structure

PendingCN111364348AAvoid damageWith multiple damping joint actionBridge structural detailsArchitectural engineeringDamper
The invention discloses a multi-damping buffer energy dissipation type bridge anti-seismic check block structure. The bridge anti-seismic check block structure comprises a steel corbel, a check blockstructure, steel baffles and damper structures, and the steel corbel is fixed to the upper portion of the side wall of a pier through steel corbel bolts; the check block structure is arranged betweenthe steel corbel and a main beam; the four steel baffles are connected with the four side walls of the check block structure through damper structures correspondingly; and the two ends of each damperstructure are connected with the check block structure and the steel baffles through damper side plate bolts respectively. Through the combined action of the multiple damper structures and a middle collision ball, earthquake energy is buffered and consumed; displacement between a beam body and the bridge piers is limited in the transverse bridge direction, the longitudinal bridge direction and thevertical direction, so beam falling is effectively prevented; and rigid collision between a bridge and the check block is converted into flexible collision inside the bridge anti-seismic check blockstructure, and collision between main bodies is transferred to the check block, so damage of earthquakes to the bridge is reduced, and damage to the check block is also reduced.
Owner:NANCHANG UNIV

Transmission and drying integrated mechanism for production of enamel stained paper

InactiveCN106567280AEffective limit fixedTo achieve the effect of drying integrationPhysical paper treatmentEngineeringBlock structure
The invention discloses a transmission and drying integrated mechanism for production of enamel stained paper, wherein the transmission and drying integrated mechanism includes a receiving station and struts; the receiving station has a square block structure; two sides of the front face of the receiving station and two sides close to the back face are all provided with the struts; positions, close to the front face and the back face, of an inner cavity of the receiving station are all provided with cavities; two ends of the cavity, close to the front face position, of the inner cavity of the receiving station communicate with two ends of the cavity close to the back face position; the interior of each cavity is provided with a rotary shaft, and two ends of each rotary shaft are each provided with a bottom wheel; the tops of receiving parts are provided with a top plate; the middle of an inner cavity of the top plate is provided with an electric heater. Through arrangement of the bottom wheels and press wheels, with cooperation of a first transmission belt arranged at the outer edges of the bottom wheels and a second transmission belt arranged at the outer edges of the press wheels, and the mounted electric heater, a mounted heat guiding cover and a mounted electric disk, the transmission and drying integrated mechanism for production of the enamel stained paper achieves the integrated effect of stained paper transmission and pigment drying during use.
Owner:唐山市开平区永欣花纸技术有限公司

Smoke-gas treatment system in production and pouring process of submerged arc furnace

The invention relates to a smoke-gas treatment system in a production and pouring process of a submerged arc furnace. The smoke-gas treatment system comprises a plant building, two side walls of the plant building are respectively provided with a window, the window comprises a window frame and flat blades which are installed on the window frame and used for being opened or closed, the plant building is also provided with a controller which is used for detecting a smoke-gas concentration in the plant building and controlling a driving mechanism to run according to the concentration of the smokegas, and the driving mechanism controls the opening degree of the blades according to an instruction of the controller; the opening and closing of the window are intelligently controlled by the controller, so that the air circulation and lighting in the plant building can be effectively ensured, and the high-temperature smoke gas in the plant building can also be ensured not to pollute the environment outside the plant building; by adopting a servo motor, the window can be ensured to be opened and closed accurately; and the circumferential movement is converted into the linear movement by utilizing a screw rod and a sliding block structure, so that compared with a hydraulic cylinder and air cylinder, the smoke-gas treatment system is practical and simple in structure; and a linkage combined structure of a first linkage, a second linkage, a third linkage and a connecting plate can realize the synchronous rotation of a plurality of blades, and the structure is simple and flexible.
Owner:NINGBO HELANSHAN METALLURGY

Liquid package

PendingCN109436545AStable flowStable flow rateClosuresClosure using stoppersInternal pressureBlock structure
The invention discloses a liquid package comprising a packaging container, an inner plug and a fiber body. The inner plug is mounted on an opening of the packaging container and is provided with at least two guiding holes for communicating the inside of the packaging container with the outside; the fiber body is installed at the upper end of the inner plug, the lower end of the fiber body covers the guiding holes, one side of the fiber body is connected with at least one conveying tooth, and the conveying teeth and the fiber body are both of porous fiber block structures; when the liquid package is tilted to pour liquid, the liquid in the packaging container flows out of the fiber body through at least one guiding hole, and outside air is supplied to the inside of the packaging container through the at least one remaining guiding hole. In the using process, the liquid flows out to enter the fiber body through the guiding holes, the outside air enters the inside of the packaging container from partial guiding holes, reduction of the internal pressure of the packaging container is avoided, the liquid can continuously flow out, and porous fibers can stabilize the flow rate of the liquid. According to the scheme, stable liquid discharging can be achieved without manually extruding the liquid package, the liquid package is convenient to use, and the liquid package has the good use experience.
Owner:INFINITUS (CHINA) CO LTD
Who we serve
  • R&D Engineer
  • R&D Manager
  • IP Professional
Why Eureka
  • Industry Leading Data Capabilities
  • Powerful AI technology
  • Patent DNA Extraction
Social media
Try Eureka
PatSnap group products