17results about How to "Improve deformation ability" patented technology

The utility model provides a kind of cantilever beam support structure, it is related to cantilever beam technical field, comprising: inclined column, it is set to the side of support surface, and by lower to upper gradually away from support surface;Multiple crossbeam, each the crossbeam is spaced apart between inclined column and the support surface by lower to upper setting.The utility model has beneficial effect: the particularity of cleverly using the large-angle extension of inclined column is achieved by setting inclined column, by the inside steel beam, four inclined braces, and relevant node strengthening method of design, so that it forms a complete structure system, under the premise of guaranteeing its safety, the cantilever span of cantilever beam can be greatly increased, the room function and building design aesthetic type of existing building industry are increased;The bearing capacity and deformation capacity of entire structure system can be greatly increased by setting shaped steel in concrete beam in the structure device, the problems of large amount of engineering material, large cantilever structure, high cost, cantilever beam easy cracking deformation and other problems can be effectively solved.

The application discloses a novel modular steel-concrete composite joint, comprising a corner column and a sleeve module, the corner column is a right-angle three-axis frame structure, a plurality of corner columns are spliced to form a corner column unit according to needs, the corner column units are connected through the sleeve modules, the sleeve module and the corner column unit are hollow structures, and the hollow structures are filled with concrete. The novel modular steel-concrete composite joint has the characteristics of high connection integrity, safety and reliability, clear force transmission path, replaceable damaged components and the like, and simultaneously has superior anti-seismic performance and detachable and reusable characteristics. The novel modular composite joint adopts a self-recovery device, which not only guarantees the reusability and rapid post-earthquake repairing capacity of the module unit, but also realizes reasonable outward movement of a plastic hinge, and significantly improves the energy consumption and deformation capacity of the structure.

The utility model relates to the technical field of steel reinforcement cage, concretely to the whole structure of variable diameter steel reinforcement cage, including concrete cushion layer, be provided with screw thread reinforcement in concrete cushion layer, the bottom plate body is provided with screw thread reinforcement above concrete cushion layer, the anchor is connected with the screw thread reinforcement upper end, be provided with spiral stirrup between anchor and bottom plate body, be provided with multiple groups of bent reinforcement on bottom plate body, the stretchable part is provided with screw thread reinforcement below concrete cushion layer, the utility model, screw thread reinforcement, bottom plate body, bent reinforcement and spiral stirrup etc. jointly constitute the stable steel reinforcement cage structure, screw thread reinforcement as main force component, bear the tension and pressure, bottom plate body positioning and supporting split type variable diameter steel reinforcement cage, ensure its correct position in concrete member, bent reinforcement resists shear force, strengthens the structural integrity, spiral stirrup restricts concrete, improves its compressive strength and deformation capacity, makes the structure more stable, can better bear various loads.

This invention belongs to the field of metamaterials technology, specifically relating to an adjustable integrated absorption and reflection metamaterial structure. It includes several basic units arranged in a periodic array. Each basic unit comprises a resonant unit, a dielectric layer, and a reflector layer stacked sequentially. The dielectric layer is deformable to create a cavity between itself and the reflector layer or to fit tightly against it. The resonant unit includes four sequentially connected arc-shaped segments arranged centrally symmetrically. The ends of adjacent arc-shaped segments connect to form sharp corners extending towards the center of the resonant unit, with a gap between opposing sharp corners. This invention offers good reconfigurability, high flexibility, and deformability, allowing for easy adjustment of the state and switching of operating modes according to actual usage needs, achieving broadband absorption or complete reflection functions from 4.9 GHz to 16.3 GHz.

The application belongs to the technical field of alloys, and provides a method for improving wear resistance of ADC12 recycled aluminum alloy. 2 Wherein, the current density of the pulse electric field treatment is not 0. The pulse electric field is applied to the ADC12 recycled aluminum alloy, electrons interact with crystal defects, atom diffusion is accelerated, dislocation movement is improved, phase change energy potential barrier is reduced, plastic deformation of the ADC12 recycled aluminum alloy is generated, and deformation capacity is improved. The pulse electric field refines solidification structure of the ADC12 recycled aluminum alloy through electron migration effect, Seebeck effect, magnetic shrinkage effect, skin effect, electronic wind power and inoculation modification effect, and wear resistance of the ADC12 recycled aluminum alloy is improved.

This invention belongs to the technical field of hard disk storage devices, and particularly relates to a hard disk enclosure with a vertical heat dissipation support structure, including a metal enclosure, a cooling mechanism, a thermally conductive silicone pad, and a storage mechanism. The vertical heat dissipation support structure of the hard disk enclosure provided in this application uses a highly elastic thermally conductive silicone pad, which not only conducts heat but also provides good cushioning elasticity. The strip-shaped thermal grooves on its surface further enhance the deformation capability of the silicone pad, absorbing minor vibrations during transportation. The cushioning silicone pads fixed at the top and bottom of the storage enclosure directly abut against the surface of the hard disk, forming a longitudinal limit. Combined with the lateral fixation of the L-shaped fixing plate and fixing bolts, the hard disk is secured during transportation, improving stability and effectively preventing damage from impacts.

The application belongs to the technical field of medical devices, and discloses an atomization mask which comprises a sealing member and a supporting member, the sealing member has a fitting end for fitting a patient's face and a supporting end opposite to the fitting end, the fitting end is provided with an accommodation port capable of simultaneously accommodating the patient's mouth and nose, the supporting end is provided with a convex portion capable of covering at least part of the patient's nose and a mounting port located below the convex portion, the supporting member is arranged in the mounting port and jointly spliced with the sealing member to form a delivery cavity, the supporting member is provided with a connecting hole for connecting an atomization cup, the connecting hole is in communication with the delivery cavity, the rigidity of the supporting member is greater than that of the sealing member, thereby increasing the deformation ability of the sealing member, so that the sealing member can adapt to the nose contours of various patients, the sealing property between the atomization mask and the patient's face is increased, and the atomization treatment effect on the patient is ensured.

This invention provides a compressor housing assembly, a compressor, and an air conditioner. The compressor housing assembly includes a compressor housing and a sensor mounting bracket. The sensor mounting bracket includes a mounting body, and a receiving channel is formed between the mounting body and the compressor housing for pressing a temperature measuring fixing section of a temperature sensor. The receiving channel has an insertion inlet end with an introduction limiting structure. The introduction limiting structure includes an introduction portion and a first limiting portion located between the introduction portion and the insertion inlet end. The diameter of the introduction portion gradually decreases along the insertion direction of the temperature sensor, and when the temperature measuring fixing section is within the receiving channel, the connection portion between the introduction portion and the first limiting portion is located outside the end face of the temperature measuring fixing section, and the projection of the connection portion along the axial direction of the temperature measuring fixing section is within the end face of the temperature measuring fixing section. This invention guides the temperature sensor to be smoothly inserted into the receiving channel and can utilize its first limiting portion to limit the insertion inlet end with a large opening size.

The utility model discloses a kind of cooperation structure of sky screen sunroof guide rail and left and right fixed seat, including guide rail and fixed seat, the guide rail and fixed seat are connected, the guide rail bottom is provided with connecting strip, the connecting strip is installed on ceiling, the connecting strip one end is provided with plug-in interface, plug-in block is provided on the fixed seat, and the plug-in block is plugged with plug-in interface;First mounting hole is provided on the fixed seat, and second mounting hole is provided on the guide rail. Through the plug-in cooperation of plug-in block and plug-in interface, the quick pre-positioning and initial connection of guide rail and fixed seat are realized, and the installation efficiency is improved. In combination with the second mounting hole on guide rail and the first mounting hole on fixed seat, final firm connection can be carried out through fastener, ensuring the reliability and stability of connection. The double cooperation of plug-in and fastening makes positioning more accurate, avoiding position deviation in the installation process.

This application provides a high elongation silicone rubber and its preparation method. The high elongation silicone rubber comprises the following raw materials in parts by weight: 100 parts of terminal vinyldimethylsiloxane, 5-15 parts of modified filler, 2-10 parts of vinyl MQ resin, 3-8 parts of polymethylhydrosiloxane, 0.001-0.03 parts of methylbutyninol, and 0.001-0.003 parts of platinum catalyst. The modified filler includes a silane-modified microfibrillated cellulose-chitosan crosslinked composite and a polyvinyl alcohol-β-cyclodextrin complex supported in the silane-modified microfibrillated cellulose-chitosan crosslinked composite. The silicone rubber prepared by this application exhibits excellent elongation and is suitable for applications requiring high flexibility and tensile properties, such as flexible components and elastic packaging, showing broad application prospects.

This invention relates to the field of oilfield chemistry, and discloses a betaine compound, its preparation method, and its application. The betaine compound has the structure shown in Formula I: In Formula I, m = 1-30; n = 1-15; R1 is a C1-C8 carbon chain alcohol or a C6-C8 aromatic alcohol; R2 and R3 are each independently hydrogen or methyl; R4 is a C1-C3 alkylene or hydroxylated alkylene; M ‑ SO3 ‑ or COO ‑ The betaine compound contains a large number of PO groups, increasing the size of the hydrophobic groups. Betaine percolators containing this compound, through the synergistic effect of the PO groups and betaine molecules, transform the active components of crude oil into low-molecular-weight components (such as fatty acids), reducing the interfacial film strength of the betaine and thus improving the deformability of the emulsion. The betaine compound of this invention can be used as a betaine percolator for fracturing in low-permeability reservoirs, further improving oil recovery.

The utility model discloses a foot structure and four -legged robot of four -legged robot belong to four -legged robot field, solve the problem that rubber foot pad whole stress is uneven because rubber foot pad is smaller in height direction's stress, and the technical scheme of solving this problem mainly includes foot end piece and the rubber foot pad of through locking piece and foot end piece can dismantle connection, the bottom of foot end piece is equipped with the lock catch, and the top recess of rubber foot pad forms the slot for the lock catch insertion, be equipped with the through -hole of rubber foot pad for locking piece penetrates, and locking piece includes two stop surfaces, and locking piece makes foot end piece and rubber foot pad keep fixed along the through -hole penetration lock catch, and two stop surfaces press on the two sides of rubber foot pad opposite, locking piece and through -hole interference fit to make part rubber foot pad be clamped between the bottom of foot end piece and locking piece. The utility model mainly is used for improving the locking force of locking piece to rubber foot pad.

The application provides a pipeline detection system, belonging to the pipeline detection field, and the system comprises a sensor construction device, a signal generator and a data acquisition instrument, the sensor construction device is used for importing pipeline basic parameters and a plurality of sensor parameters, and an electromagnetic simulation model is constructed; the pipeline basic parameters, the electromagnetic simulation model and the plurality of sensor parameters are used to select a sensor meeting the requirements; the sensor is arranged in a pipeline to be detected, and is electrically connected with the signal generator and the data acquisition instrument respectively; and the signal generator is used for generating an alternating excitation signal. The application can improve the accuracy of a detection result, does not need to be in direct contact with a pipeline wall, has relatively strong lift-off capability, does not have a component such as a steel brush affecting passability in structure, has relatively strong equipment deformation capability, has consistent sensitivity to defects of an inner wall and an outer wall of the pipeline, and can be suitable for pipelines on which a conventional inner detector cannot operate.

This invention belongs to the technical field of steam turbine design and discloses a steam turbine end split-face compression sealing assembly based on the Poisson effect. The assembly includes an upper metal pressure plate, a lower metal pressure plate, multiple layers of high-temperature rubber sheets, a side metal pressure plate, and side high-temperature rubber sheets. The multiple layers of high-temperature rubber sheets are disposed between the upper and lower metal pressure plates and are fixed by high-strength bolts that penetrate the multiple layers of high-temperature rubber sheets, the upper metal pressure plate, and the lower metal pressure plate. The sealing ends of the multiple layers of high-temperature rubber sheets protrude from the upper and lower metal pressure plates. The thickness of the middle layer of high-temperature rubber sheets is less than that of the top and bottom layers. Bolts are provided at the ends of the upper and lower metal pressure plates, and through bolt holes are provided in the side metal pressure plates and the side high-temperature rubber sheets. The bolt holes in the side metal pressure plates are vertically elongated elliptical holes, and the bolts are matched and fixed with the vertically elongated elliptical holes. This application can achieve sealing of split-face leakage problems existing in narrow spaces.

The application relates to the technical field of lamps, and provides an installation structure and a lamp strip. The installation structure comprises an installation strip, the installation strip comprises an installation part and two limiting parts, the two limiting parts are arranged on the two sides of the installation part, and a buckling channel is formed between the installation part and the two limiting parts; a limiting gasket is arranged on the inner wall of the buckling channel, and the limiting gasket is elastically arranged to abut against the side wall of a lamp connecting strip. The installation structure can reduce the possibility of damage during lamp disassembly and assembly.

The application discloses a kind of gentle inclined thin and medium thick ore body stope inter-column recovery methods, comprising the following steps: S1, determine recovery unit and mining sequence;S2, mining engineering arrangement;S3, recovery unit advance pressure relief and pre-splitting;S4, mechanized continuous recovery, transportation and support;S5, after constructing filling retaining wall in the bottom of recovery unit, subsequent filling is carried out, bagged gravel filling recovery unit and ore roadway corner is used, and the ore roadway is expanded and brushed to the next adjacent recovery unit to carry out ore body advance pre-splitting and pressure relief, to prepare for the recovery of the next recovery unit;The method requires simple equipment, easy to operate, safe, efficient and economical, low ore loss and dilution, and can safely and effectively control the stability of stope surrounding rock and the occurrence of rock dynamic disaster during mining, and has broad application prospect.

This invention discloses an enhanced energy-dissipating, thermally insulating, and decorative three-in-one exterior wall coupling beam, comprising: two dynamic compensation joint plates for contacting the wall limb, enabling relative rotation and sliding between the beam end and the wall limb under stress; and multiple continuous reinforcing bars, equally divided into two groups and distributed vertically, sequentially penetrating the two dynamic compensation joint plates. Each continuous reinforcing bar consists of two straight reinforcing bar segments and a bent reinforcing bar segment located between the two straight reinforcing bar segments, with both ends of the bent reinforcing bar segment connected to the corresponding straight reinforcing bar segment via reinforcing bar sleeves. This invention allows the coupling beam to dissipate energy early under minor earthquakes or wind loads through the dynamic compensation joint plates at the beam ends; under moderate to large earthquakes, it efficiently dissipates energy through the concentrated large deformation yielding of the bent reinforcing bar segments, while ensuring that damage is mainly confined to replaceable mid-span components; during post-earthquake repair, only the local mid-span area needs to be replaced to quickly restore structural function, achieving a balance between seismic performance and recoverability.