T桁条相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
141	一种永久供电式钢桁梁桥面板梁底检测装置	CN202021534178.1	2020-07-29	CN213086570U	2021-04-30	徐向东; 杜镔; 潘玥; 王达磊; 马如进; 唐志; 周潇; 张世娟; 杨健; 陈应高; 杨鸿波
本实用新型公开一种永久供电式钢桁梁桥面板梁底检测装置，它包括沿桥梁底纵长方向设有的倒T型钢轨，在滑动装置上设有滑动装置，在滑动装置的下端安装有水平的伸缩杆，所述的伸缩杆由多段伸缩臂组成，每段伸缩臂包括上、下两层，在上层均布设有摄像头，摄像头与信号传输装置连接，信号传输装置与接收显示装置无线连接，下层为电推缸，每段伸缩臂的前端左右两侧均设有超声避障装置，所述的电推缸和超声避障装置均与单机片控制器连接；在倒T型钢轨的纵长方向设有多条滑触线，滑触线与电源正负级分别连接，滑触线与滑动装置上设有的步进电机滑动连接；本实用新型能便于对钢桁梁桥面板梁底进行检查，且自动化程度高，减少检查人员的工作负担。
142	一种钢筋桁架与钢板焊接装置	CN201621368415.5	2016-12-14	CN206343792U	2017-07-21	陈聚磊; 严作勇; 吕厚擎
本实用新型涉及一种钢筋桁架与钢板焊接装置，包括焊条箱和焊接面罩，焊条箱底板中间开设圆柱形滑槽，圆柱形滑槽内左端水平设置推杆，焊条箱内左右两侧分别垂直设置挡板，推杆通过弹簧连接焊条箱内壁，焊条箱右侧开设焊条出口，焊条箱背板从上到下依次设有背带、缚腰带，焊条箱上侧后端对称设置两根立柱，立柱上面设置遮阳板，遮阳板前端开设滑槽孔，滑槽孔内滑动连接T形滑块，所述T形滑块下端连接焊接面罩。本实用新型的有益效果：设置的遮阳板，遮挡了阳光和紫外线，降低了工人晒伤和中暑的风险；设置的可滑动焊接面罩解决了工人拿着焊接面罩工作的问题，减轻了工人负担提高了工作效率；设置的焊接箱解决了焊条的放置和更换问题。
143	用于加固钢管桁架相贯节点的环口套管	CN201320745843.5	2013-11-22	CN203684403U	2014-07-02	宋生志; 魏建军; 袁宏志
本实用新型公开了一种用于加固钢管桁架相贯节点的环口套管，其包括两个半圆形的套管，且每个套管的一条直线边中部开设有与被加固节点主管和支管相贯处相吻合的孔口，且两个孔口对接成一个圆孔；被加固节点支管焊接在被加固节点主管上，并形成T型管节点；两个套管分别对卡在被加固节点主管上，且两个孔口分别对卡在被加固节点支管上；两个套管对接在一起分别形成一条上、下表面对接焊缝，两个孔口与被加固节点支管表面焊接形成一个环绕焊缝，且两个套管套接在被加固节点主管上形成两条侧焊缝。其可有效提高管节点静力性能及改善节点的抗震和抗疲劳性能，进而保证管桁架结构具有更高的承载能力、更好的抗震性能和更长久的使用寿命。
144	一种环保型圆管桁架涂装设备	CN202222714344.1	2022-10-14	CN218742710U	2023-03-28	雷保锋; 姜现; 李大磊; 杨书瑞
本实用新型属于桁架喷涂技术应用设备领域，尤其涉及一种环保型圆管桁架涂装设备，包括涂装设备本体，支撑架上端设置有用于实现涂装工作的涂装部件，涂装部件包括横向移动机构，横向移动机构上端设置有纵向移动机构，纵向移动机构上端设置有升降机构，升降机构前端设置有呈T形状设计的升降架，L形杆端部设置有可转动条件的涂装头，支撑架下方设置有用于支撑待涂装工件的承载部件，承载部件包括可相对支撑架进行移动的移动工作台，移动工作台上端一侧设置有可移动调节的第一工件架设件，移动工作台上端另一侧固定设置有第二工件架设件。本实用新型能够完成对圆管桁架的涂装，降低劳动强度，提高工作进程，节约时间，减少浪费，满足使用需求。
145	通用型模块拆卸式可调钢构件后张法T梁预制台座	CN201220214857.X	2012-05-15	CN202622992U	2012-12-26	袁浩; 张根生; 文杰; 柳扬; 樊永永
一种通用型模块拆卸式可调钢构件后张法T梁预制台座，在灰土换填处理地基上设有多个混凝土基础块，混凝土基础块上设有方木，方木铺设有钢板，钢板两侧设有槽钢与钢板组合成整体；钢板两端设有至少一个T梁台座端头，T梁台座端头上设有桁架支撑系统。本实用新型通过采用上述的结构，具有以下有益效果：采用可调式支撑系统，即可以调整高度的方木或混凝土基础块，不仅反拱度调整方便快捷，而且在漫长的雨季施工中，对台座的不均匀沉降也能起到了补救的作用，对地质条件的要求降低。采用可拆卸式标准化构件，不仅可以在30米和40米T梁台座上迅速转换，而且还可拓展至不同项目上的预制梁场的标准化建设。
146	用于钢桁架桥梁检查车的连接抱卡	CN202022927375.6	2020-12-09	CN214459616U	2021-10-22	郭云汉; 陈帅; 白铭宇; 毕经超; 吴兆营
本实用新型公开了一种用于钢桁架桥梁检查车的连接抱卡，包括沿水平方向设置的吊具架，吊具架的顶部两端固定连接有抱卡支撑架，两个抱卡支撑架对称设置，抱卡支撑架的内部开设有调节通孔，调节通孔的内部设置有压紧机构，压紧机构包括压板，压板的顶部固定连接有调节柱，调节柱远离压板的一端固定连接有固定块，调节柱竖直插设在调节通孔的内部，抱卡支撑架的内部开设有多个纵向条形通孔和横向条形通孔，纵向条形通孔和横向条形通孔的内部均设置有螺栓固定件；吊具架的底部中间位置固定连接有安装板，安装板的底部通过螺栓固定连接有轨道挂件。本实用新型能够对倒T梁进行很好的固定和限位，避免倒T梁在使用过程中滑脱，大大提高了使用安全性。
147	MANUFACTURING METHOD FOR "T" SHAPED STRINGERS WITH AN ANGLE DIFFERENT FROM 90º BETWEEN THE WEB AND THE FOOT	US13483782	2012-05-30	US20130133171A1	2013-05-30	Yolanda Miguez Charines; Antonio Jose Fuentes Espejo; Oscar Miguel Macias Jareno; Julian Sanchez Fernandez
Method of manufacturing “T” shaped stringers (1) with an angle different from 90° between the web (2) and the foot (3) whereby the “T” shaped stringers have a stringer web and a stringer foot. The method comprises, after placing together two hot-formed “L” shaped semi-stringers to form a “T” shaped stringer, placing the “T” shaped stringer inside an invar alloy angle leaving a gap between the stringer web and the invar alloy angle. Afterwards, a heating device (7) is moved over the stringer feet (3) surface and a roller (8) slides over said stringer feet (3) surface to adapt the geometry of the stringer feet to the geometry of the invar alloy angle. The resulting “T” shaped stringer is co-bonded on a cured skin with an adhesive line between the stringer and the cured skin, and finally the obtained “T” shaped stringer is cured.
148	一种双节履带车悬置桁架组合工装结构	CN202021812125.1	2020-08-27	CN212599964U	2021-02-26	王继旭; 方力频; 孙书博; 蔡源东; 王金
一种双节履带车悬置桁架组合工装结构，涉及机械加工的工装结构。左底座和右底座分别设置于支撑平台上面左右侧位置；左底座和右底座上分别固定有左支架和右支架；左支架上安装有左移动滑台，左移动滑台与左支架之间通过导轨和T形槽实现滑动配合；在左移动滑台上还设置有齿条，左支架内有齿轮机构，手动操作的齿轮机构的齿轮与齿条啮合；左移动滑台端部安装有左定位夹具；右支架上安装有右移动滑台，右移动滑台上安装右定位夹具，右底座、右支架和右移动滑台的结构与左底座、左支架和左移动滑台之间为结构相同、方向相反。解决了履带车悬置桁架都是随履带车车体一起加工保证精度，导致机械加工几何体积过大，普通机床无法完成加工工作的问题。(ESM)同样的发明创造已同日申请发明专利
149	现浇箱梁内模	CN201922128787.0	2019-11-28	CN211368424U	2020-08-28	周俊; 魏华兵; 何志红; 胡浩
本实用新型提供一种现浇箱梁内模，主要包括分离式定型化内模、内模内桁架、内模连接定位销、内模对拉杆、压梁、内模拆除定型化支架，分离式定型化内模之间设置T形条板进行填充，分离式定型化内模之间通过连接横梁和内模连接定位销进行连接固定；分离式定型化内模上下位置设置下横撑和内模撑拉杆，分离式定型化内模竖向设置竖向支撑，竖向支撑通过内模内桁架和螺栓进行固定，分离式定型化内模上部设置压梁和支撑杆进行固定，分离式定型化内模通过内模拆除定型化支架进行拆除。本实用新型能有效提高现浇箱梁内模安拆施工速度，应用于实际工程中可取得较好的技术经济效益。
150	一种装配式无机质活动地板	CN202320788288.8	2023-04-11	CN219411642U	2023-07-25	沈明晖
本实用新型公开了一种装配式无机质活动地板，涉及室内装修技术领域。本实用新型包括调节组件和活动地板组件，活动地板组件包含的抗静电塑料板下表面从上到下依次设置有空心夹层、第一弹性层、加强层、第二弹性层和铝合金板；活动地板组件下表面四角落处均连接有方形块，方形块上表面呈环形阵列分布的四个调节组件包含有的T形滑块与方形块上表面开设的T形滑槽滑动连接，T形滑块上表面固接有侧开口块。本实用新型通过设置调节组件，简化了使用者锁定多根桁条时的工作步骤，有利于加快使用者组装该活动地板时的工作效率，以及通过设置活动地板组件，增加了该活动地板的强度，增加了该活动地板的承载力度，提升了该活动地板的使用寿命。
151	一种基于钢桁架与组合桥面板的T形板桁节段预制单元	CN201420429592.4	2014-07-31	CN204059179U	2014-12-31	刘永健; 袁卓亚; 王成坤; 傅梅珍; 张志伟; 李鸿升; 李娜
本实用新型公开了一种基于钢桁架与组合桥面板的T形板桁节段预制单元，包括下部承力结构和布设在下部承力结构上的组合桥面板，组合桥面板和下部承力结构均沿纵桥向布设；下部承力结构由上弦杆、下弦杆和腹杆组成，上弦杆包括第一矩形钢管，下弦杆包括第二矩形钢管；组合桥面板包括底部支撑钢板、布设在底部支撑钢板上的多道上置纵肋和浇筑于底部支撑钢板上的混凝土桥面板，上置纵肋被浇筑于混凝土桥面板内，上置纵肋为中部开有多个通孔的长条形钢板；底部支撑钢板为由左延伸钢板、右延伸钢板和第一矩形钢管连接成的长方形支撑钢板。本实用新型结构简单、设计合理且施工简便、整体力学性能好，能提高钢混组合桥梁的结构精确性和施工便捷性。
152	METHOD OF MANUFACTURING "T" SHAPED STRINGERS FOR AN AIRCRAFT AND CURING TOOL USED THEREOF	US13154489	2011-06-07	US20110315307A1	2011-12-29	Augusto PÉREZ PASTOR; Julián Sánchez Fernández; Fernando Esquivias GARCÍA
Method of manufacturing “T” shaped stringers for an aircraft whereby the “T” shaped stringers have a stringer web and a stringer foot, the method comprising: a first step of hot-forming a carbon fiber laminate in order to achieve semi-stringers geometry with an “L” shaped cross-section, a second step of placing together two hot-formed “L” shaped semi-stringers in order to form a “T” shaped stringer, a third step of co-bonding the resulting “T” shaped stringer on a cured skin with an adhesive line between them, and a fourth step of curing the obtained “T” shaped stringer inside a vacuum bag using invar alloy angles as curing tools. The method characterised in that the invar alloy angles are cut at a radius area eliminating a part of the invar alloy angles covering the stringer foot in order to define an invar alloy piece having no foot.
153	一种汽车钣金喷涂桁架结构	CN202221875531.1	2022-07-18	CN217774574U	2022-11-11	钱鑫
本实用新型公开一种汽车钣金喷涂桁架结构，包括：X向铝型材横梁、Y向铝型材横梁、支架、X向动力机构、Y向动力机构、X向导向机构、Y向导向机构；X向铝型材横梁及Y向铝型材横梁上均开设有若干T型槽；弯板组件包括：水平支撑板、竖向安装板以及三角加固板。不仅结构简洁，便于安装、拆卸、维修，且重量轻，结构设计可保证机械手臂的稳定行进，具有整体稳固性高的优点；利用铝型材上的T型槽安装导轨和齿条，不仅安装方式简单，且进一步提升结构稳定性，省去机械加工横梁的步骤，在保证刚性和强度的前提下降低制造成本；取代人工操作喷涂设备，不仅降低人工成本，且减少油漆对人体的健康危害。
154	MÉTODO DE FABRICACIÓN DE LARGUERILLOS CON FORMA DE "T" QUE REDUCE EL EFECTO DE SOMBRERO MEXICANO Y HERRAMIENTA DE CURADO USADA EN EL MISMO	PCT/ES2011/070625	2011-09-06	WO2012032208A1	2012-03-15	GARCÍA GARCÍA, Aquilino; MIGUEZ CHARINES, Yolanda; BERNABÉ NAVARRO, Santos; FERNÁNDEZ GARCÍA, Francisco
Método de fabricación de larguerillos con forma de "T" para un avión, en el que los larguerillos tienen un almay un pie, comprendiendo el método: una primera etapa de conformar en caliente un laminado de fibra de carbono para conseguir geometría de semi-larguerillos de sección transversal con forma de "L", una segunda etapa de colocar juntos los dos semi-larguerillos con forma de "L" conformados en caliente para formar un larguerillo con forma de "T", una tercera etapa de coencolar el larguerillo con forma de "T" resultante en una superficie curada con una línea adhesiva entre los mismos y una cuarta etapa de curar el larguerillo con forma de "T" obtenido dentro de una bolsa de vacío usando angulares de aleación de invar como herramientas de curado. El método se caracteriza porque los angulares de aleación de invar utilizados se han fabricado sin ninguna ranura en la parte superior para el perfil retenedor.
155	预制T梁肋板钢筋、预应力管道固定抽插式安装模架	CN201420209808.6	2014-04-25	CN203765784U	2014-08-13	钱叶琳; 常乃坤; 陈卫卫; 刘晓义; 戴正辰; 李健; 王文建; 王贺华; 汪正杰
本实用新型公开了一种预制T梁肋板钢筋、预应力管道固定抽插式安装模架，在台座上设置两条纵向肋和连接纵向肋的横向肋作为底模架，底模架上设钢筋限位槽；竖向主模架含竖向立肋和连接在立肋顶部的水平肋，各立肋设圆形抽拉通孔；水平筋安装模架从竖向主模架外侧插入通孔；竖向筋定位利用底模架和水平肋上的限位槽实现；工人操作平台与竖向主模架刚性连接；预应力管道定位筋安装模架根据管道纵向坐标顺序制作，与底模架上预应力管道限位筋限位槽对应编号；钢筋骨架整体吊装架做成三角桁架，沿下缘均布吊环。骨架制作完成后，拉掉水平筋安装模架，用门吊多点吊装至T梁预制台座。该模架具有制作简单、成本低廉，使用安全、高效、易操作等特点。
156	Modular ceiling system	US658481	1976-02-17	US4043689A	1977-08-23	William H. Spencer; John O. Dorius; James D. Brown
A modular ceiling system utilizing a plurality of stringers interlocked with one another to provide a high strength, non-warping suspended ceiling grid assembly. The T-shaped stringer employed in the grid assembly has a channel-shaped T-head designed to support acoustical ceiling tiles flush with the lower edge of the stringers. The main stringers are arranged parallel to one another and interlocked to secondary stringers to provide a grid of four sided cells. Part of the secondary stringers have the same length as one side of a single cell and others are of double that length. The double length secondary stringers are constructed to have a snug snap-lock joint with the main stringers whereas the single length secondary stringers have a snug, non-locking fit between the mid-portions of the double length stringers. A lighting unit occupies a pair of adjacent grid cells and is installable selectively with its length extending either lengthwise or transversely of the main stringers and includes provision for supplying and exhausting ventilating air. The downwardly opening channels of the T-head portions of all stringers serve multiple functions, including an anchorage for various suspended objects, room divider partitions, etc.
157	Modular ceiling system	US221143	1972-01-27	US3949533A	1976-04-13	William H. Spencer; John O. Dorius; James D. Brown
A modular ceiling system utilizing a plurality of stringers interlocked with one another to provide a rectangularly celled, high strength, non-warping suspended ceiling grid assembly. The T-shaped extruded aluminum stringer employed in the grid assembly has a channel-shaped T-head designed to support acoustical ceiling tiles flush with the lower edge of the stringers. The main stringers are arranged parallel to one another and interlocked to secondary stringers to provide a grid of four sided cells. Part of the secondary stringers have the same length as one side of a single cell and others are of double that length. The double length secondary stringers are constructed to have a snug snap-lock joint with the main stringers whereas the single length secondary stringers have a snug, non-locking fit between the mid-portions of the double length stringers. A lighting unit occupies a pair of adjacent grid cells and is installable selectively with its length extending either lengthwise or transversely of the main stringers and includes provision for supplying and exhausting ventilating air. The downwardly opening channels of the T-head portions of all stringers serve multiple functions, including an anchorage for various suspended objects, room divider partitions, etc.
158	一种具有高强度连接结构的3D装配式钢筋桁架楼层板	CN202122216354.8	2021-09-14	CN216109243U	2022-03-22	于香东
本实用新型提供一种具有高强度连接结构的3D装配式钢筋桁架楼层板，属于建筑技术领域，本实用新型包括第一板子、第二板子、钢筋条和限位结构，所述第一板子的表面焊接有连接架，所述第一板子的表面设有限位结构，所述限位结构包括圆筒，所述圆筒的表面和第一板子转动连接，所述圆筒的内部滑动插设有连接杆，所述连接杆的表面固定连接有平板，所述平板的侧壁固定连接有钢丝条，所述圆筒的内部滑动插设有插块，所述插块和连接杆相插接，所述连接杆的圆弧面开设有凹槽，所述插块的尺寸和凹槽的尺寸相适配，所述插块呈“T”形。本实用新型通过设置高强度连接机构，大大提高了对第一板子和第二板子的连接强度，避免第一板子和第二板子轻易脱离。
159	Slide fastener closing apparatus	EP87303358.3	1987-04-15	EP0242213A1	1987-10-21	Kando, Akiyoshi
A slide-fastener closing apparatus (10), for moving opposed stringers (T) relative to a slider (S), includes upper and lower feed rollers (15), (16) coactive to move the stringers (T) in either direction along a feed path (R - R), and an arrester (26) normally urged to project into the feed path (R - R). After the stringers (T) with the slider (S) are supplied forwardly past the arrester (26), the two rollers (15), (16) are driven to move the stringers (T) rearwardly so that the slider (S) is caught by the arrester (26) until the slide fastener (F) is fully closed. Then the rollers (15), (16) are reversely driven to move the closed slider fastener (F) forwardly for discharging.
160	METHOD FOR MANUFACTURING T-SHAPED AIRCRAFT BEAMS AND A CURING TOOL USED DURING SAME	EP11795227.5	2011-03-29	EP2583814A1	2013-04-24	PÉREZ PASTOR, Augusto; SÁNCHEZ FERNÁNDEZ, Julián; ESQUIVIAS GARCÍA, Fernando
The invention relates to a method for manufacturing T-shaped aircraft stringers, in which the T-shape stringers have a web and a flange and wherein the method includes: a first step of hot forming a carbon fiber laminate in order to achieve semi-stringers with a geometry with a L-shaped cross-section, a second step of joining the two L-shaped hot formed semi-stringers in order to form a T-shaped stringer, a third step in which the resulting T-shaped stringer is co-cured on a cured lining with an adhesive line separating said stringer and said lining, and a fourth step of curing the T-shaped stringer produced inside a vacuum bag using invar alloy brackets as curing tools. The method is characterized in that the invar alloy brackets are radial cut, eliminating a portion thereof that covers the stringer flange in order to define an invar alloy part having no flange.

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