CN110835959A - Lifting attic using two lifting columns - Google Patents
Lifting attic using two lifting columns Download PDFInfo
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- CN110835959A CN110835959A CN201910426981.9A CN201910426981A CN110835959A CN 110835959 A CN110835959 A CN 110835959A CN 201910426981 A CN201910426981 A CN 201910426981A CN 110835959 A CN110835959 A CN 110835959A
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
- E04B1/34305—Structures characterised by movable, separable, or collapsible parts, e.g. for transport telescopic
- E04B1/3431—Structures characterised by movable, separable, or collapsible parts, e.g. for transport telescopic with only one level of nesting
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
- E04B1/34363—Structures characterised by movable, separable, or collapsible parts, e.g. for transport with provisions to raise or lower the whole structure
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
- E04B1/34305—Structures characterised by movable, separable, or collapsible parts, e.g. for transport telescopic
- E04B1/34312—Vertical telescopic structures
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Abstract
本升降阁楼包括2个平台升降柱(100)；包括安装到平台升降柱上的升降平台(200)；包括连接平台升降柱与升降平台的连接机构(300)；包括升降平台下降到位后固定机构(400)；包括控制平台升降柱（100)的电控箱（600）。本发明的有益效果：1.只需两个提升柱,节省提升系统；2.利用平台固定机构对平台的安全限位以及平台固定,进行双重安全保障；3.实现空间灵活的分割,提高空间利用率；4.满足不同时间段的不同空间的使用。
The lifting attic includes two platform lifting columns (100); including a lifting platform (200) installed on the platform lifting columns; including a connecting mechanism (300) connecting the platform lifting columns and the lifting platform; including a fixing mechanism after the lifting platform is lowered into place (400); comprising an electric control box (600) for controlling the platform lifting column (100). The beneficial effects of the present invention are as follows: 1. Only two lifting columns are needed to save the lifting system; 2. The platform fixing mechanism is used for the safety limit of the platform and the platform is fixed, so as to carry out double safety guarantee; Utilization rate; 4. Satisfy the use of different spaces in different time periods.
Description
技术领域technical field
本发明涉及智能移动家居技术领域，一种使用两个提升柱的升降阁楼。The invention relates to the technical field of intelligent mobile home furnishing, and relates to a lifting attic using two lifting columns.
背景技术Background technique
随着社会的发展，智能家居越来越多的走进千家万户，家装用的智能移动平台市场需求越来越大，大部分的家庭由于住宅空间和目前装修技术的限制, 特别是我国放开二胎政策，许多城市家庭的空间更加紧张,目前很多两房一厅的住户要承载5口人的居住压力.导致居住空间严重不足。With the development of society, more and more smart homes have entered thousands of households, and the market demand for smart mobile platforms for home decoration is growing. The implementation of the two-child policy has made the space of many urban families more tight. At present, many households with two bedrooms and one living room have to bear the living pressure of five people, resulting in a serious shortage of living space.
如何利用智能自动化技术装修改造住宅空间结构,实现在不换房子的情况下,利用不同时间段不同空间的切换,让面积成倍增加，让不同时代的人有各自的居住空间，成为一种市场需求。How to use intelligent automation technology to decorate and transform the residential space structure, realize the switching of different spaces in different time periods without changing the house, so that the area can be doubled, so that people of different eras have their own living space, becoming a kind of market need.
发明内容SUMMARY OF THE INVENTION
针对上述问题，本发明提出一种使用两个升降柱的升降阁楼，能够很好的解决上述问题。In view of the above problems, the present invention proposes a lift attic using two lift columns, which can well solve the above problems.
为实现上述技术目的，本发明的技术方案是这样实现的：一种升降阁楼，包括2个平台升降柱,安装到平台升降柱上的升降平台；控制整个机构的电控箱。In order to achieve the above technical purpose, the technical scheme of the present invention is realized as follows: a lifting attic includes two platform lifting columns, a lifting platform installed on the platform lifting columns, and an electric control box that controls the entire mechanism.
进一步；further;
所述如图1、图2、图3、图4、图5、图6、图7、图8、图9所示平台升降柱(100)包括安装在地面上的底部安装板（101）与平台承重安装板（103）之间的2个承重钢管（102）；包括安装到平台承重安装板（103）上的2个导轨加固光轴安装座（104）；包括安装在顶部安装板（117）与2个导轨加固光轴安装座（104）之间的2个导轨加固光轴（105）；包括连接电机（123）与升降传动丝杆（107）的升降传动丝杆联轴器（106）；包括安装在平台升降模组安装板（113）下面沿着升降传动丝杆（107）上下运动的丝杆传动螺母（108）；包括安装在平台承重安装板（103）上限制平台继续下行的升降平台防卡承重顶板（109）；包括用于电缆移动链条（111）的电路线槽（110）；包括安装电缆移动链条（111）的电缆移动链条安装支架（112）；包括安装在导轨加固光轴（105）上连接平台升降模组安装板(113)的平台升降传动模组直线轴承（114）；包括安装在导轨加固光轴（105）上连接平台升降承重模组安装板（115）的平台升降模组直线轴承（116）；包括安装在顶部安装板（117）下面用于承载升降传动丝杆固定轴承（119）的升降传动丝杆固定轴承承重托板（118）；包括安装在导轨加固光轴（105）上用于固定限位光偶的升降平台列位传感安装X扣（120）；包括用来侧面固定的平台升降柱墙体固定安装板（121）与平台升降柱墙体固定安装板连接件（122）；包括固定电机的电机安装套筒（124）；The platform lifting column (100) shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 includes a bottom mounting plate (101) installed on the ground and 2 load-bearing steel pipes (102) between platform load-bearing mounting plates (103); includes 2 rail-reinforced optical shaft mounts (104) mounted to platform load-bearing mounting plates (103); includes mounting on top mounting plate (117) ) and the 2 guide rail reinforced optical shaft mounts (104) between the 2 guide rail reinforced optical shafts (105); including the lift drive screw coupling (106) connecting the motor (123) and the lift drive screw (107) ); including the screw drive nut (108) that is installed under the platform lifting module mounting plate (113) to move up and down along the lifting drive screw (107); including being installed on the platform load-bearing mounting plate (103) to restrict the platform from continuing to descend The lifting platform anti-jamming load-bearing top plate (109) of the lifting platform; including the circuit trunking (110) for the cable moving chain (111); including the cable moving chain mounting bracket (112) for installing the cable moving chain (111); including the installation on the guide rail The linear bearing (114) of the platform lifting transmission module connected to the platform lifting module mounting plate (113) on the reinforced optical axis (105); including the mounting plate (115) installed on the reinforced optical axis (105) of the guide rail and connected to the platform lifting bearing module mounting plate (115). ) of the platform lifting module linear bearing (116); including the lifting transmission screw fixed bearing bearing plate (118) installed under the top mounting plate (117) for carrying the lifting transmission screw fixed bearing (119); including the installation On the guide rail reinforcement optical axis (105), the lifting platform column position sensing installation X buckle (120) for fixing the limit photocouple; including the platform lifting column wall fixing mounting plate (121) for side fixing and the platform lifting a connecting piece (122) for fixing a mounting plate of a column wall; including a motor mounting sleeve (124) for fixing the motor;
进一步；further;
2.1所述如图12所示底部安装板（101）设有安装承重钢管的台阶沉孔；地脚螺栓固定孔,此孔通过螺丝固定到地面；2.1 As shown in Figure 12, the bottom mounting plate (101) is provided with stepped countersunk holes for installing load-bearing steel pipes; anchor bolt fixing holes, which are fixed to the ground by screws;
2.2如图13所示承重钢管（102）两端设有内嵌螺母；2.2 As shown in Figure 13, both ends of the load-bearing steel pipe (102) are provided with embedded nuts;
2.3所述如图14所示平台承重安装板（103）设有升降传动丝杆固定轴承承重托板安装螺纹孔；升降平台防卡承重顶板安装孔；电机安装螺纹孔；导轨加固光轴安装座安装螺纹孔；侧面固定安装螺纹孔；承重钢管安装孔；升降传动丝杆固定轴承安装螺纹孔；2.3 As shown in Figure 14, the platform load-bearing mounting plate (103) is provided with the lifting drive screw fixing bearing bearing support plate mounting threaded holes; the lifting platform anti-jamming load-bearing top plate mounting holes; the motor mounting threaded holes; the guide rail reinforcement optical shaft mounting seat Installation threaded hole; Side fixed installation threaded hole; Load-bearing steel pipe installation hole; Lifting drive screw fixed bearing installation threaded hole;
2.4所述如图15所示导轨加固光轴（105）设有顶板固定锁紧螺纹孔；2.4 As shown in Figure 15, the guide rail reinforcement optical axis (105) is provided with a top plate fixing locking screw hole;
2.5所述如图16所示升降传动丝杆联轴器（106）设有升降传动丝杆安装孔； 升降传动丝杆锁紧螺纹孔；电机输出轴锁紧螺纹孔；电机输出轴安装孔；2.5 As shown in Figure 16, the lift drive screw coupling (106) is provided with a lift drive screw mounting hole; a lift drive screw locking screw hole; a motor output shaft locking screw hole; a motor output shaft mounting hole;
2.6所述如图17所示升降传动丝杆（107）设有升降传动丝杆锁紧螺纹孔； 顶板固定锁紧螺纹孔；2.6 As shown in Figure 17, the lifting drive screw (107) is provided with the lifting drive screw locking threaded hole; the top plate is fixed with the locking threaded hole;
2.7所述如图18所示丝杆传动螺母（108）设有丝杆传动螺母防转固定孔；2.7 As shown in Figure 18, the screw drive nut (108) is provided with a screw drive nut anti-rotation fixing hole;
2.8所述如图19所示升降平台防卡承重顶板（109）设有升降平台防卡承重顶板安装孔；2.8 As shown in Figure 19, the anti-jamming load-bearing top plate (109) of the lifting platform is provided with mounting holes for the anti-jam load-bearing top plate of the lifting platform;
2.9所述如图20所示平台升降模组安装板（113）设有丝杆传动螺母安装螺纹孔；导轨加固光轴通过孔；平台升降传动模组直线轴承安装螺纹孔；升降传动丝杆通过孔；合并孔；2.9 As shown in Figure 20, the platform lifting module mounting plate (113) is provided with screw drive nut installation threaded holes; guide rail reinforcement optical axis through holes; platform lifting transmission module linear bearing installation threaded holes; hole; merge hole;
2.10所述如图21所示平台升降承重模组安装板（115）设有丝杆传动螺母安装螺纹孔；导轨加固光轴通过孔；平台升降传动模组直线轴承安装螺纹孔；升降传动丝杆通过孔；合并孔；升降平台L型材固定件安装螺纹孔；2.10 As shown in Figure 21, the platform lifting load-bearing module mounting plate (115) is provided with screw drive nut installation threaded holes; guide rail reinforcement optical axis through holes; platform lifting transmission module linear bearing installation threaded holes; Through holes; merge holes; mounting threaded holes for the L-profile fasteners of the lifting platform;
2.11所述如图22所示顶部安装板（117）设有升降传动丝杆固定轴承承重托板安装孔；侧面固定安装孔；导轨加固光轴安装孔；升降传动丝杆固定轴承安装孔；2.11 As shown in Figure 22, the top mounting plate (117) is provided with mounting holes for the lifting drive screw fixing bearing bearing support plate; side fixing mounting holes; guide rail reinforcement optical shaft mounting holes; lifting drive screw fixing bearing mounting holes;
2.12所述如图23所示升降传动丝杆固定轴承承重托板（118）设有顶部固定孔；升降传动丝杆通过孔；2.12 As shown in Figure 23, the lifting transmission screw fixing bearing support plate (118) is provided with a top fixing hole; the lifting transmission screw passes through the hole;
2.13所述如图24所示平台升降柱墙体固定安装板（121）连接板安装孔； 侧面固定板安装孔；2.13 As shown in Figure 24, the platform lifting column wall fixing mounting plate (121) is connected to the mounting hole of the connecting plate; the side fixing plate mounting hole;
2.14所述如图25所示平台升降柱墙体固定安装板连接件（122）连接板安装孔；2.14 As shown in Figure 25, the platform lifting column wall fixing mounting plate connecting piece (122) is connected to the mounting hole of the connecting plate;
进一步；further;
各个部件间的连接关系；承重钢管（102）一端嵌套到底部安装板（101）承重钢管的台阶沉孔中, 另一端嵌套到平台承重安装板（103）承重钢管的台阶沉孔中,然后通过螺丝连接到承重钢管（102）两端的内嵌螺母中进行固定。The connection relationship between the various components; one end of the load-bearing steel pipe (102) is nested into the stepped countersunk hole of the load-bearing steel pipe of the bottom mounting plate (101), and the other end is nested into the stepped countersunk hole of the load-bearing steel pipe of the platform load-bearing mounting plate (103), It is then fixed by screwing into the inner nuts at both ends of the load-bearing steel pipe (102).
导轨加固光轴(105) 顶端嵌套到顶部安装板(117)的导轨加固光轴安装孔中,然后通过螺丝连接到导轨加固光轴(105)的顶板固定锁紧螺纹孔中,底端安装到导轨加固光轴安装座(标准件)（104)上，导轨加固光轴安装座(标准件)（104)通过螺丝安装到平台承重安装板(103)的导轨加固光轴安装座安装孔螺纹中。The top of the guide rail reinforced optical shaft (105) is nested into the installation hole of the guide rail reinforced optical shaft of the top mounting plate (117), and then connected to the top plate fixing locking threaded hole of the guide rail reinforced optical shaft (105) by screws, and the bottom end is installed To the rail-reinforced optical axis mount (standard part) (104), the rail-reinforced optical axis mount (standard part) (104) is screwed to the mounting hole thread of the rail-reinforced optical axis mount of the platform bearing mounting plate (103) middle.
升降传动丝杆(107)顶端连接到升降传动丝杆固定轴承(标准件)(119),底端嵌套到升降传动丝杆联轴器(106)的升降传动丝杆安装孔,然后通过螺丝固定到升降传动丝杆锁紧螺纹孔中。The top end of the lift drive screw (107) is connected to the lift drive screw fixed bearing (standard part) (119), and the bottom end is nested into the lift drive screw mounting hole of the lift drive screw coupling (106), and then the screw It is fixed into the locking threaded hole of the lift drive screw.
传动丝杆联轴器 (106) 底部外圆嵌套在轴承内圈,电机(标准件)(123)电机输出轴安装在传动丝杆联轴器(106)的电机输出轴安装孔中通过电机输出轴锁紧螺纹孔进行固定。The bottom outer circle of the drive screw coupling (106) is nested in the inner ring of the bearing, and the motor (standard part) (123) motor output shaft is installed in the motor output shaft mounting hole of the drive screw coupling (106) through the motor The output shaft locks the threaded hole for fixation.
电机(标准件)(123)用螺丝穿过电机安装套筒(124)安装到平台承重安装板（103）的电机安装螺纹孔中.The motor (standard part) (123) is installed into the motor mounting threaded hole of the platform load-bearing mounting plate (103) through the motor mounting sleeve (124) with screws.
2个平台升降传动模组直线轴承(114)通过螺丝安装到平台升降模组安装板（113）的平台升降传动模组直线轴承安装螺纹孔中,然后套到导轨加固光轴(105),沿着(105)直线运动。The two linear bearings (114) of the platform lift drive module are installed into the threaded holes of the platform lift drive module linear bearings of the platform lift drive module mounting plate (113) by screws, and then sleeved on the guide rail to reinforce the optical axis (105), along the move in a straight line with (105).
2平台升降模组直线轴承(116)通过螺丝安装到平台升降承重模组安装板（115）的平台升降模组直线轴承安装螺纹孔中,然后套到导轨加固光轴(105),沿着(105)直线运动。2. Install the linear bearing (116) of the platform lifting module into the mounting threaded hole of the platform lifting module linear bearing on the mounting plate (115) of the platform lifting bearing module by screws, and then put it on the guide rail to reinforce the optical axis (105), and follow (115). 105) Linear motion.
丝杆传动螺母(108)通过螺丝安装到平台升降模组安装板（113）的下面，同时安装到到升降传动丝杆(107)的螺纹上，达到升降传动丝杆(107)转到带动丝杆传动螺母(108)沿着升降传动丝杆(107)上下移动，从而带动平台升降模组安装板(113)沿着导轨加固光轴(105)上下移动。The screw drive nut (108) is installed under the platform lifting module mounting plate (113) by screws, and at the same time is installed on the thread of the lift drive screw (107), so that the lift drive screw (107) turns to the drive screw The rod drive nut (108) moves up and down along the lift drive screw (107), thereby driving the platform lift module mounting plate (113) to move up and down along the guide rail reinforcement optical axis (105).
升降平台防卡承重顶板(109)通过螺丝固定到平台承重安装板（103）上,限制平台升降承重模组安装板(115)继续下行，同时支撑承重模组安装板(115)，光电传感器安装在底部光电传感器安装孔处,用于检测下降的最低点位置。The lifting platform anti-jamming load-bearing top plate (109) is fixed to the platform load-bearing mounting plate (103) by screws, restricting the platform lifting and load-bearing module mounting plate (115) to continue to descend, and at the same time supporting the load-bearing module mounting plate (115), the photoelectric sensor is installed At the bottom photoelectric sensor mounting hole, it is used to detect the position of the lowest point of descent.
升降平台上位传感安装抱箍(120)安装在导轨加固光轴(105)的上端,用来安装光电传感器,检测上升的最高点位置。The upper position sensing installation hoop (120) of the lifting platform is installed on the upper end of the guide rail reinforcement optical axis (105), and is used for installing a photoelectric sensor to detect the position of the highest point of the rise.
升降传动丝杆固定轴承承重托板(118)通过螺栓安装在顶部安装板(117)和平台承重安装板(103)下面固定升降传动丝杆固定轴承(119)电缆移动链条（111）在电路线槽（110）中跟随升降平台上下滚动；电缆移动链条（111）安装在电缆移动链条安装支架（112）；The lifting drive screw fixing bearing bearing support plate (118) is installed under the top mounting plate (117) and the platform bearing mounting plate (103) by bolts to fix the lifting drive screw fixing bearing (119) cable moving chain (111) in the circuit line The groove (110) rolls up and down following the lifting platform; the cable moving chain (111) is installed on the cable moving chain mounting bracket (112);
进一步；further;
所述如图1所示升降平台(200)包括用于连接升降平台承重框架主梁(201)；升降平台承重框架副架(202)；包括加固空间支撑的升降平台承重框架连接杆(203)；包括平台加强钢板(204)；The lifting platform (200) shown in FIG. 1 includes a main beam (201) for connecting the bearing frame of the lifting platform; a sub-frame (202) of the bearing frame of the lifting platform; and a connecting rod (203) of the bearing frame of the lifting platform supported by the reinforcement space ; including platform reinforcement steel plate (204);
升降平台(200)连接方式:升降平台与升降柱(100)通过连接机构 (300)进行连接，连接机构(300)一面通过螺栓连接到平台升降承重模组安装板(115)上，另外一面通过螺栓连接到升降平台承重框架加强钢板(204)，升降平台承重框架主梁(201)与升降平台承重框架副架(202)通过型材专用构件进行连接。The connection method of the lifting platform (200): the lifting platform and the lifting column (100) are connected through a connecting mechanism (300), and the connecting mechanism (300) is connected to the platform lifting load-bearing module mounting plate (115) by bolts on one side, and the other side is The bolts are connected to the reinforcing steel plate (204) of the load-bearing frame of the lifting platform, and the main beam (201) of the load-bearing frame of the lifting platform and the sub-frame (202) of the load-bearing frame of the lifting platform are connected by special components for profiles.
进一步；所述如图1所示升降平台(200)包括用于连接升降平台承重框架主梁(201)；升降平台承重框架副架(202)；包括加固空间支撑的升降平台承重框架连接杆(203)；包括平台加强钢板(204)；Further; the lifting platform (200) as shown in FIG. 1 includes a main beam (201) for connecting the bearing frame of the lifting platform; a sub-frame (202) of the bearing frame of the lifting platform; including connecting rods of the bearing frame of the lifting platform supported by the reinforcement space ( 203); including platform reinforcement steel plate (204);
升降平台(200)连接方式: 升降平台与升降柱(100)通过连接机构 (300)进行连接，连接机构(300)一面通过螺栓连接到平台升降承重模组安装板(115)上，另外一面通过螺栓连接到升降平台承重框架加强钢板(204)，升降平台承重框架主梁(201)与升降平台承重框架副架(202)通过型材专用构件进行连接。The connection method of the lifting platform (200): the lifting platform and the lifting column (100) are connected by a connecting mechanism (300), and the connecting mechanism (300) is connected to the platform lifting load-bearing module mounting plate (115) by bolts on one side, and the other side is connected by The bolts are connected to the reinforcing steel plate (204) of the load-bearing frame of the lifting platform, and the main beam (201) of the load-bearing frame of the lifting platform and the sub-frame (202) of the load-bearing frame of the lifting platform are connected by special components for profiles.
如图10所示平台的重心所在的区域(包括平台结构和上面物品)应在190mm的区域内.假如此区域外的一侧设有重物导致重心超出此区域.对应的另一侧应设置相应的重物加以平衡,使重心回到此区域.确保连接机构(300）承受较小的扭矩,确保提升柱(100)承受较少的扭矩.As shown in Figure 10, the area where the center of gravity of the platform is located (including the platform structure and the items above) should be within a 190mm area. If there is a heavy object on one side outside this area, the center of gravity will exceed this area. The other side should be set The corresponding weight is balanced so that the center of gravity returns to this area. Make sure that the connecting mechanism (300) bears less torque and the lifting column (100) bears less torque.
进一步；further;
所述如图1、图3、所示固定机构(400）包括用于垂直加强的垂直支撑板（401）；水平加强支撑板（402）；垂直支撑板(401)固定到墙壁或强结构上； 水平加强支撑板（402）底部焊接到垂直支撑板(401)上；上面用于升降平台(200)降落固定和限位,提供平台支撑,增加平台支撑点；防治提升系统损坏后升降平台跌落到底。The fixing mechanism (400) shown in Figures 1 and 3 includes a vertical support plate (401) for vertical reinforcement; a horizontal reinforcement support plate (402); the vertical support plate (401) is fixed to the wall or strong structure ; The bottom of the horizontal reinforcing support plate (402) is welded to the vertical support plate (401); the upper surface is used to fix and limit the landing of the lifting platform (200), provide platform support, and increase platform support points; prevent the lifting platform from falling after the lifting system is damaged. in the end.
进一步；further;
所述如图11所示智能控制系统（600）设有手机APP（601）、通信模块（602）、核心运算模块(603)、输入检测模块（604）（两组）和输出控制模块(605)。各模块和供电系统通过电缆电线与各机构的传感装置、动力机构进行连接，手机APP（601）通过WIFI或蓝牙连接；( 本智能控制系统相关电路和软件设计已经另外申请产权保护)。The intelligent control system (600) shown in FIG. 11 is provided with a mobile phone APP (601), a communication module (602), a core operation module (603), an input detection module (604) (two groups) and an output control module (605). ). Each module and power supply system are connected with the sensing device and power mechanism of each mechanism through cables and wires, and the mobile phone APP (601) is connected through WIFI or Bluetooth; (The relevant circuit and software design of this intelligent control system have been separately applied for property rights protection).
本发明的有益效果：Beneficial effects of the present invention:
1、在不改变住宅原来结构的基础上有效拓展空间的利用率，实现一个空间多种使用功能的改造。1. Effectively expand the utilization rate of space on the basis of not changing the original structure of the house, and realize the transformation of multiple functions of a space.
2、应用智能自动化技术，采取时间换空间方式；把阁楼进行巧妙移动和收纳，提高了房间的使用功能。2. The application of intelligent automation technology adopts the method of time-for-space; the attic is cleverly moved and stored, which improves the use function of the room.
3、机构牢固平稳。人体传感器采用智能化系统，当机构运动时人体接近机构就会自动停机，确保机构运动时不会对人造成伤害，同时采用app进行操作更加方便用户安全使用设备。3. The mechanism is firm and stable. The human body sensor adopts an intelligent system. When the mechanism moves, the human body will automatically stop the mechanism to ensure that the mechanism will not cause harm to people when it moves. At the same time, it is more convenient for users to use the device safely.
4、配置丰富，可根据用户的不同需求更换设施和非标订制。4. The configuration is rich, and the facilities and non-standard customization can be replaced according to the different needs of users.
5、结构简单，便于安装，拆移和维护。5. Simple structure, easy to install, dismantle and maintain.
附图说明Description of drawings
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the accompanying drawings required in the embodiments will be briefly introduced below. Obviously, the drawings in the following description are only some of the present invention. In the embodiments, for those of ordinary skill in the art, other drawings can also be obtained according to these drawings without any creative effort.
图1是发明实施例所述的两个提升柱的升降阁楼示意图；1 is a schematic diagram of a lifting attic of two lifting columns according to an embodiment of the invention;
图2是发明实施例所述平台升降柱与升降平台的连接机构示意图；2 is a schematic diagram of the connection mechanism between the platform lifting column and the lifting platform according to the embodiment of the invention;
图3是发明实施例所述固定机构示意图；3 is a schematic diagram of the fixing mechanism according to the embodiment of the invention;
图4是发明实施例所述一种平台升降柱前斜面图；FIG. 4 is a front incline view of a platform lifting column according to an embodiment of the invention;
图5是发明实施例所述一种多功能平台升降柱背面图；5 is a rear view of a multifunctional platform lifting column according to an embodiment of the invention;
图6是发明实施例所述一种多功能智能平台升降柱侧面图；6 is a side view of a lifting column of a multifunctional intelligent platform according to an embodiment of the invention;
图7是发明实施例所述一种多功能平台升降柱中部-正面斜截图；7 is a middle-front oblique screenshot of a lifting column of a multifunctional platform according to an embodiment of the invention;
图8是发明实施例所述一种多功能智能平台升降柱中部背面斜截图；8 is an oblique screenshot of the back of the middle of a lifting column of a multifunctional intelligent platform according to an embodiment of the invention;
图9是发明实施例所述一种多功能智能平台升降柱顶部正面斜截图；9 is a front oblique screenshot of the top of a lifting column of a multifunctional intelligent platform according to an embodiment of the invention;
图10是发明实施例所述平台重心示意图；10 is a schematic diagram of the center of gravity of the platform according to the embodiment of the invention;
图11 是发明实施例所述一种多功能控制系统；Fig. 11 is a multifunctional control system according to an embodiment of the invention;
图12所示底部安装板（101）；The bottom mounting plate (101) shown in Figure 12;
图13承重钢管（102）；Figure 13. Load-bearing steel pipe (102);
图14平台承重安装板（103）；Figure 14. Platform load-bearing mounting plate (103);
图15导轨加固光轴（105）；Figure 15 Guide rail reinforcement optical axis (105);
图16升降传动丝杆联轴器（106）；Figure 16 Lifting drive screw coupling (106);
图17升降传动丝杆（107）；Fig. 17 Lifting and driving screw (107);
图18丝杆传动螺母（108）；Fig. 18 Screw drive nut (108);
图19升降平台防卡承重顶板（109）；Figure 19 Anti-jamming load-bearing top plate (109) of the lifting platform;
图20平台升降模组安装板（113）；Figure 20 Platform lifting module mounting plate (113);
图21平台升降承重模组安装板（115）；Figure 21 Platform lifting load-bearing module mounting plate (115);
图22顶部安装板（117）；Figure 22 Top Mounting Plate (117);
图23升降传动丝杆固定轴承承重托板（118）；Fig. 23 Lifting and driving screw fixed bearing support plate (118);
图24平台升降柱墙体固定安装板（121）；Fig. 24 Fixing mounting plate (121) on the wall of platform lifting column;
图25平台升降柱墙体固定安装板连接件（122）；Figure 25: The platform lifting column wall fixing mounting plate connecting piece (122);
图中：In the picture:
100. 平台升降柱 ；100. Platform lifting column;
200.升降平台承重框架；200. Lifting platform load-bearing frame;
300. 平台升降柱与升降平台的连接机构 ；300. The connection mechanism between the platform lifting column and the lifting platform;
400. 平台着陆固定机构；400. Platform landing fixing mechanism;
600.电控箱；600. Electric control box;
100.平台升降柱；100. Platform lifting column;
101.底部安装板；101. Bottom mounting plate;
102.承重钢管；102. Load-bearing steel pipe;
103.平台承重安装板；103. Platform load-bearing mounting plate;
104.导轨加固光轴安装座(标准件) ；104. Guide rail reinforced optical axis mount (standard part);
105.导轨加固光轴；105. The guide rail reinforces the optical axis;
106.升降传动丝杆联轴器；106. Lifting drive screw coupling;
107.升降传动丝杆；107. Lifting drive screw;
108.丝杆传动螺母；108. Screw drive nut;
109.升降平台防卡承重顶板；109. Anti-jamming load-bearing top plate of lifting platform;
110.电路线槽(标准件) ；110. Circuit trunking (standard parts);
111.电缆移动链条(标准件) ；111. Cable moving chain (standard part);
112.电缆移动链条安装支架(标准件) ；112. Cable moving chain mounting bracket (standard part);
113.平台升降模组安装板；113. Platform lifting module mounting plate;
114.平台升降传动模组直线轴承(标准件) ；114. Linear bearing of platform lifting transmission module (standard part);
115.平台升降承重模组安装板；115. Platform lifting load-bearing module mounting plate;
116.平台升降模组直线轴承(标准件) ；116. Linear bearing of platform lifting module (standard part);
117.顶部安装板；117. Top mounting plate;
118.升降传动丝杆固定轴承承重托板；118. Lifting drive screw fixed bearing support plate;
119.升降传动丝杆固定轴承(标准件) ；119. Lifting drive screw fixed bearing (standard part);
120.升降平台上位传感安装抱箍(标准件) ；120. Upper sensor mounting hoop for lifting platform (standard part);
121.平台升降柱墙体固定安装板；121. Fixed mounting plate for platform lifting column wall;
122.平台升降柱墙体固定安装板连接件；122. Platform lifting column wall fixed mounting plate connector;
123.电机(标准件)；123. Motor (standard parts);
124.电机安装套筒；124. Motor mounting sleeve;
200.升降平台承重框架；200. Lifting platform load-bearing frame;
201.升降平台承重框架主梁；201. Main beam of the load-bearing frame of the lifting platform;
202.升降平台承重框架副架；202. Lifting platform load-bearing frame sub-frame;
203.升降平台承重框架连接杆；203. The connecting rod of the load-bearing frame of the lifting platform;
204.升降平台承重加强钢板；204. Lifting platform load-bearing reinforced steel plate;
300. 平台升降柱与升降平台的连接机构；300. The connection mechanism between the platform lifting column and the lifting platform;
301.提升柱连接板；301. Lifting column connecting plate;
302.升级平台连接板；302. Upgrade the platform connection board;
400. 平台着陆固定机构；400. Platform landing fixing mechanism;
401.垂直支撑板；401. Vertical support plate;
402.水平支撑板。402. Horizontal support plates.
具体实施方式Detailed ways
下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅是本发明一部分实施例，而不是全部的实施例，基于本发明中的实施例，本领域普通技术人员所获得的所有其他实施例，都属于本发明保护的范围。The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. The embodiments of the present invention and all other embodiments obtained by those skilled in the art belong to the protection scope of the present invention.
1、 本升降阁楼结构构成如下:1. The structure of this lifting attic is as follows:
升降平台通过连接机构连接到平台升降柱上；升降柱丝杆带到螺母上下运动从而带动升降平台上下运动,停止,从而达到灵活分割空间的功能；电控箱的负责控制平台升降柱上下运动, 通过各种检测传感器反馈信号,进行智能控制机构。The lifting platform is connected to the platform lifting column through the connecting mechanism; the lifting column screw is brought to the nut to move up and down to drive the lifting platform to move up and down and stop, so as to achieve the function of flexibly dividing the space; the electric control box is responsible for controlling the up and down movement of the platform lifting column, Through various detection sensor feedback signals, the intelligent control mechanism is carried out.
2、所述如图1、图2、图3、图4、图5、图6、图7、图8、图9所示平台升降柱(100)包括安装在地面上的底部安装板（101）与平台承重安装板（103）之间的2个承重钢管（102）；包括安装到平台承重安装板（103）上的2个导轨加固光轴安装座（104）；包括安装在顶部安装板（117）与2个导轨加固光轴安装座（104）之间的2个导轨加固光轴（105）；包括连接电机（123）与升降传动丝杆（107）的升降传动丝杆联轴器（106）；包括安装在平台升降模组安装板（113）下面沿着升降传动丝杆（107）上下运动的丝杆传动螺母（108）；包括安装在平台承重安装板（103）上限制平台继续下行的升降平台防卡承重顶板（109）；包括用于电缆移动链条（111）的电路线槽（110）；包括安装电缆移动链条（111）的电缆移动链条安装支架（112）；包括安装在导轨加固光轴（105）上连接平台升降模组安装板(113)的平台升降传动模组直线轴承（114）；包括安装在导轨加固光轴（105）上连接平台升降承重模组安装板（115）的平台升降模组直线轴承（116）；包括安装在顶部安装板（117）下面用于承载升降传动丝杆固定轴承（119）的升降传动丝杆固定轴承承重托板（118）；包括安装在导轨加固光轴（105）上用于固定限位光偶的升降平台列位传感安装X扣（120）；包括用来侧面固定的平台升降柱墙体固定安装板（121）与平台升降柱墙体固定安装板连接件（122）；包括固定电机的电机安装套筒（124）； 2. The platform lifting column (100) shown in Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8, Figure 9 includes a bottom mounting plate (101) installed on the ground ) and the platform load-bearing mounting plate (103) with 2 load-bearing steel pipes (102); including 2 rail-reinforced optical shaft mounts (104) mounted to the platform load-bearing mounting plate (103); including mounting on the top mounting plate (117) and the two guide rail reinforcement optical shafts (104) between the two guide rail reinforcement optical shafts (105); including the lift drive screw coupling connecting the motor (123) and the lift drive screw (107) (106); including a screw drive nut (108) that is installed under the platform lifting module mounting plate (113) to move up and down along the lifting drive screw (107); including a limit platform installed on the platform load-bearing mounting plate (103) Anti-jamming load-bearing top plate (109) of the lifting platform that continues to descend; including circuit trunking (110) for cable moving chain (111); including cable moving chain mounting bracket (112) for installing cable moving chain (111); including installation The linear bearing (114) of the platform lifting transmission module is connected to the mounting plate (113) of the platform lifting module on the guide rail reinforcement optical axis (105); the linear bearing (114) of the platform lifting transmission module is connected to the mounting plate of the platform lifting bearing module installed on the guide rail reinforcement optical axis (105) The linear bearing (116) of the platform lifting module of (115); including the lifting transmission screw fixed bearing bearing support plate (118) installed under the top mounting plate (117) and used to carry the lifting transmission screw fixed bearing (119); Including the lifting platform column position sensor installation X buckle (120) installed on the guide rail reinforced optical axis (105) for fixing the limit photocouple; including the platform lifting column wall fixing installation plate (121) for side fixing and A connecting piece (122) for fixing a mounting plate on a wall of a platform lifting column; including a motor mounting sleeve (124) for fixing the motor;
2.1所述如图12所示底部安装板（101）设有安装承重钢管的台阶沉孔；地脚螺栓固定孔,此孔通过螺丝固定到地面；2.1 As shown in Figure 12, the bottom mounting plate (101) is provided with stepped countersunk holes for installing load-bearing steel pipes; anchor bolt fixing holes, which are fixed to the ground by screws;
2.2如图13所示承重钢管（102）两端设有内嵌螺母；2.2 As shown in Figure 13, both ends of the load-bearing steel pipe (102) are provided with embedded nuts;
2.3所述如图14所示平台承重安装板（103）设有升降传动丝杆固定轴承承重托板安装螺纹孔；升降平台防卡承重顶板安装孔；电机安装螺纹孔；导轨加固光轴安装座安装螺纹孔；侧面固定安装螺纹孔；承重钢管安装孔；升降传动丝杆固定轴承安装螺纹孔；2.3 As shown in Figure 14, the platform load-bearing mounting plate (103) is provided with the lifting drive screw fixing bearing bearing support plate mounting threaded holes; the lifting platform anti-jamming load-bearing top plate mounting holes; the motor mounting threaded holes; the guide rail reinforcement optical shaft mounting seat Installation threaded hole; Side fixed installation threaded hole; Load-bearing steel pipe installation hole; Lifting drive screw fixed bearing installation threaded hole;
2.4所述如图15所示导轨加固光轴（105）设有顶板固定锁紧螺纹孔；2.4 As shown in Figure 15, the guide rail reinforcement optical axis (105) is provided with a top plate fixing locking screw hole;
2.5所述如图16所示升降传动丝杆联轴器（106）设有升降传动丝杆安装孔； 升降传动丝杆锁紧螺纹孔；电机输出轴锁紧螺纹孔；电机输出轴安装孔；2.5 As shown in Figure 16, the lift drive screw coupling (106) is provided with a lift drive screw mounting hole; a lift drive screw locking screw hole; a motor output shaft locking screw hole; a motor output shaft mounting hole;
2.6所述如图17所示升降传动丝杆（107）设有升降传动丝杆锁紧螺纹孔； 顶板固定锁紧螺纹孔；2.6 As shown in Figure 17, the lifting drive screw (107) is provided with the lifting drive screw locking threaded hole; the top plate is fixed with the locking threaded hole;
2.7所述如图18所示丝杆传动螺母（108）设有丝杆传动螺母防转固定孔；2.7 As shown in Figure 18, the screw drive nut (108) is provided with a screw drive nut anti-rotation fixing hole;
2.8所述如图19所示升降平台防卡承重顶板（109）设有升降平台防卡承重顶板安装孔；2.8 As shown in Figure 19, the anti-jamming load-bearing top plate (109) of the lifting platform is provided with mounting holes for the anti-jam load-bearing top plate of the lifting platform;
2.9所述如图20所示平台升降模组安装板（113）设有丝杆传动螺母安装螺纹孔； 导轨加固光轴通过孔；平台升降传动模组直线轴承安装螺纹孔；升降传动丝杆通过孔；合并孔；2.9 As shown in Figure 20, the platform lifting module mounting plate (113) is provided with screw drive nut installation threaded holes; guide rail reinforcement optical axis through holes; platform lifting transmission module linear bearing installation threaded holes; hole; merge hole;
2.10所述如图21所示平台升降承重模组安装板（115）设有丝杆传动螺母安装螺纹孔；导轨加固光轴通过孔；平台升降传动模组直线轴承安装螺纹孔；升降传动丝杆通过孔；合并孔；升降平台L型材固定件安装螺纹孔；2.10 As shown in Figure 21, the platform lifting load-bearing module mounting plate (115) is provided with screw drive nut installation threaded holes; guide rail reinforcement optical axis through holes; platform lifting transmission module linear bearing installation threaded holes; Through holes; merge holes; mounting threaded holes for the L-profile fasteners of the lifting platform;
2.11所述如图22所示顶部安装板（117）设有升降传动丝杆固定轴承承重托板安装孔；侧面固定安装孔；导轨加固光轴安装孔；升降传动丝杆固定轴承安装孔；2.11 As shown in Figure 22, the top mounting plate (117) is provided with mounting holes for the lifting drive screw fixing bearing bearing support plate; side fixing mounting holes; guide rail reinforcement optical shaft mounting holes; lifting drive screw fixing bearing mounting holes;
2.12所述如图23所示升降传动丝杆固定轴承承重托板（118）设有顶部固定孔；升降传动丝杆通过孔；2.12 As shown in Figure 23, the lifting transmission screw fixing bearing support plate (118) is provided with a top fixing hole; the lifting transmission screw passes through the hole;
2.13所述如图24所示平台升降柱墙体固定安装板（121）连接板安装孔； 侧面固定板安装孔；2.13 As shown in Figure 24, the platform lifting column wall fixing mounting plate (121) is connected to the mounting hole of the connecting plate; the side fixing plate mounting hole;
2.14所述如图25所示平台升降柱墙体固定安装板连接件（122）连接板安装孔；2.14 As shown in Figure 25, the platform lifting column wall fixing mounting plate connecting piece (122) is connected to the mounting hole of the connecting plate;
各个部件间的连接关系；承重钢管（102）一端嵌套到底部安装板（101）承重钢管的台阶沉孔中, 另一端嵌套到平台承重安装板（103）承重钢管的台阶沉孔中,然后通过螺丝连接到承重钢管（102）两端的内嵌螺母中进行固定。The connection relationship between the various components; one end of the load-bearing steel pipe (102) is nested into the stepped countersunk hole of the load-bearing steel pipe of the bottom mounting plate (101), and the other end is nested into the stepped countersunk hole of the load-bearing steel pipe of the platform load-bearing mounting plate (103), It is then fixed by screwing into the inner nuts at both ends of the load-bearing steel pipe (102).
导轨加固光轴(105) 顶端嵌套到顶部安装板(117)的导轨加固光轴安装孔中,然后通过螺丝连接到导轨加固光轴(105)的顶板固定锁紧螺纹孔中,底端安装到导轨加固光轴安装座(标准件)（104)上，导轨加固光轴安装座(标准件)（104)通过螺丝安装到平台承重安装板(103)的导轨加固光轴安装座安装孔螺纹中。The top of the guide rail reinforced optical shaft (105) is nested into the installation hole of the guide rail reinforced optical shaft of the top mounting plate (117), and then connected to the top plate fixing locking threaded hole of the guide rail reinforced optical shaft (105) by screws, and the bottom end is installed To the rail-reinforced optical axis mount (standard part) (104), the rail-reinforced optical axis mount (standard part) (104) is screwed to the mounting hole thread of the rail-reinforced optical axis mount of the platform bearing mounting plate (103) middle.
升降传动丝杆(107)顶端连接到升降传动丝杆固定轴承(标准件)(119),底端嵌套到升降传动丝杆联轴器(106)的升降传动丝杆安装孔,然后通过螺丝固定到升降传动丝杆锁紧螺纹孔中。The top end of the lift drive screw (107) is connected to the lift drive screw fixed bearing (standard part) (119), and the bottom end is nested into the lift drive screw mounting hole of the lift drive screw coupling (106), and then the screw It is fixed into the locking threaded hole of the lift drive screw.
传动丝杆联轴器 (106) 底部外圆嵌套在轴承内圈, 电机(标准件)(123)电机输出轴安装在传动丝杆联轴器(106)的电机输出轴安装孔中通过电机输出轴锁紧螺纹孔进行固定。The bottom outer circle of the drive screw coupling (106) is nested in the inner ring of the bearing, and the motor (standard part) (123) motor output shaft is installed in the motor output shaft mounting hole of the drive screw coupling (106) through the motor The output shaft locks the threaded hole for fixation.
电机(标准件)(123)用螺丝穿过电机安装套筒(124)安装到平台承重安装板（103）的电机安装螺纹孔中。The motor (standard part) (123) is installed into the motor installation threaded hole of the platform load-bearing mounting plate (103) through the motor installation sleeve (124) with screws.
2个平台升降传动模组直线轴承(114)通过螺丝安装到平台升降模组安装板（113）的平台升降传动模组直线轴承安装螺纹孔中,然后套到导轨加固光轴(105),沿着(105)直线运动。The two linear bearings (114) of the platform lift drive module are installed into the threaded holes of the platform lift drive module linear bearings of the platform lift drive module mounting plate (113) by screws, and then sleeved on the guide rail to reinforce the optical axis (105), along the move in a straight line with (105).
2平台升降模组直线轴承(116)通过螺丝安装到平台升降承重模组安装板（115）的平台升降模组直线轴承安装螺纹孔中,然后套到导轨加固光轴(105),沿着(105)直线运动。2. Install the linear bearing (116) of the platform lifting module into the mounting threaded hole of the platform lifting module linear bearing on the mounting plate (115) of the platform lifting bearing module by screws, and then put it on the guide rail to reinforce the optical axis (105), and follow (115). 105) Linear motion.
丝杆传动螺母(108)通过螺丝安装到平台升降模组安装板（113）的下面，同时安装到到升降传动丝杆(107)的螺纹上，达到升降传动丝杆(107)转到带动丝杆传动螺母(108)沿着升降传动丝杆(107)上下移动，从而带动平台升降模组安装板(113)沿着导轨加固光轴(105)上下移动。The screw drive nut (108) is installed under the platform lifting module mounting plate (113) by screws, and at the same time is installed on the thread of the lift drive screw (107), so that the lift drive screw (107) turns to the drive screw The rod drive nut (108) moves up and down along the lift drive screw (107), thereby driving the platform lift module mounting plate (113) to move up and down along the guide rail reinforcement optical axis (105).
升降平台防卡承重顶板(109)通过螺丝固定到平台承重安装板（103）上,限制平台升降承重模组安装板(115)继续下行，同时支撑承重模组安装板(115)，光电传感器安装在底部光电传感器安装孔处,用于检测下降的最低点位置。The lifting platform anti-jamming load-bearing top plate (109) is fixed to the platform load-bearing mounting plate (103) by screws, restricting the platform lifting and load-bearing module mounting plate (115) to continue to descend, and at the same time supporting the load-bearing module mounting plate (115), the photoelectric sensor is installed At the bottom photoelectric sensor mounting hole, it is used to detect the position of the lowest point of descent.
升降平台上位传感安装抱箍(120)安装在导轨加固光轴(105)的上端,用来安装光电传感器,检测上升的最高点位置。The upper position sensing installation hoop (120) of the lifting platform is installed on the upper end of the guide rail reinforcement optical axis (105), and is used for installing a photoelectric sensor to detect the position of the highest point of the rise.
升降传动丝杆固定轴承承重托板(118)通过螺栓安装在顶部安装板(117)和平台承重安装板(103)下面固定升降传动丝杆固定轴承(119)。The lifting drive screw fixing bearing bearing support plate (118) is mounted under the top mounting plate (117) and the platform bearing mounting plate (103) through bolts to fix the lifting drive screw fixing bearing (119).
电缆移动链条（111）在电路线槽（110）中跟随升降平台上下滚动；电缆移动链条（111）安装在电缆移动链条安装支架（112）。The cable moving chain (111) rolls up and down following the lifting platform in the circuit trunking (110); the cable moving chain (111) is installed on the cable moving chain mounting bracket (112).
3、所述如图1所示升降平台(200)包括用于连接升降平台承重框架主梁(201)；升降平台承重框架副架(202)；包括加固空间支撑的升降平台承重框架连接杆(203)；包括平台加强钢板(204)；3. The lifting platform (200) shown in FIG. 1 includes a main beam (201) for connecting the bearing frame of the lifting platform; a sub-frame (202) of the bearing frame of the lifting platform; and a connecting rod ( 203); including platform reinforcement steel plate (204);
3.1升降平台(200)连接方式: 升降平台与升降柱(100)通过连接机构 (300)进行连接，连接机构(300)一面通过螺栓连接到平台升降承重模组安装板(115)上，另外一面通过螺栓连接到升降平台承重框架加强钢板(204)，升降平台承重框架主梁(201)与升降平台承重框架副架(202)通过型材专用构件进行连接。3.1 The connection method of the lifting platform (200): The lifting platform and the lifting column (100) are connected through the connecting mechanism (300), and one side of the connecting mechanism (300) is connected to the platform lifting load-bearing module mounting plate (115) by bolts, and the other side is connected to the mounting plate (115). It is connected to the reinforced steel plate (204) of the bearing frame of the lifting platform by bolts, and the main beam (201) of the bearing frame of the lifting platform and the sub-frame (202) of the bearing frame of the lifting platform are connected by special components for profiles.
3.2 如图10所示平台的重心所在的区域(包括平台结构和上面物品)应在190mm的区域内.假如此区域外的一侧设有重物导致重心超出此区域.对应的另一侧应设置相应的重物加以平衡,使重心回到此区域.确保连接机构(300）承受较小的扭矩,确保提升柱(100)承受较少的扭矩.3.2 As shown in Figure 10, the area where the center of gravity of the platform is located (including the platform structure and items above) should be within a 190mm area. If there is a heavy object on one side outside this area, the center of gravity will exceed this area. The other side should be Set the corresponding weight to balance, so that the center of gravity returns to this area. Make sure that the connecting mechanism (300) bears less torque, and ensure that the lifting column (100) bears less torque.
4、所述如图1、图2、所示连接机构(300）包括两段连接到提升柱(100)上的提升连接板（301）；包括一块连接到升降平台(200)上的平台连接板（302）。4. The connecting mechanism (300) shown in Figures 1 and 2 includes two sections of the lifting connecting plate (301) connected to the lifting column (100); including a platform connection connected to the lifting platform (200) plate (302).
其中提升连接板（301）中间用于通电源线,控制线。The middle of the lifting connecting plate (301) is used for connecting power lines and control lines.
5、所述如图1、图3、所示固定机构(400）包括用于垂直强的垂直支撑板（401）；水平加强支撑板（402）；垂直支撑板(401)固定到墙壁或强结构上； 水平加强支撑板（402）底部焊接到垂直支撑板(401)上；上面用于升降平台(200)降落固定和限位,提供平台支撑,增加平台支撑点；防治提升系统损坏后升降平台跌落到底。5. The fixing mechanism (400) shown in Figures 1 and 3 includes a vertical support plate (401) for vertical strength; a horizontal reinforcement support plate (402); the vertical support plate (401) is fixed to the wall or strong Structurally; the bottom of the horizontal reinforcing support plate (402) is welded to the vertical support plate (401); the upper surface is used to fix and limit the landing of the lifting platform (200), provide platform support, and increase platform support points; prevent lifting and lowering after damage to the lifting system The platform fell to the bottom.
6.所述如图11所示智能控制系统（600）设有手机APP（601）、通信模块（602）、核心运算模块(603)、输入检测模块（604）（两组）和输出控制模块(605)。各模块和供电系统通过电缆电线与各机构的传感装置、动力机构进行连接，手机APP（601）通过WIFI或蓝牙连接；(本智能控制系统相关电路和软件设计已经另外申请产权保护)。6. The intelligent control system (600) shown in Figure 11 is provided with a mobile phone APP (601), a communication module (602), a core computing module (603), an input detection module (604) (two groups) and an output control module (605). Each module and power supply system are connected with the sensing device and power mechanism of each mechanism through cables and wires, and the mobile phone APP (601) is connected through WIFI or Bluetooth; (the relevant circuit and software design of this intelligent control system have been separately applied for property rights protection).
本发明工作方式如下：The working mode of the present invention is as follows:
1、打开电源，启动电控系统。根据不同需要，操作人员用手机APP通过智能控制系统分别控制升降柱电机（123）。1. Turn on the power and start the electronic control system. According to different needs, the operator uses the mobile phone APP to control the lifting column motor (123) separately through the intelligent control system.
2、平台升降柱的运动路径；电机（123）通过升降传动丝杆联轴器（106）驱动升降传动丝杆（107）转动，升降传动丝杆（107）转动转化为丝杆传动螺母（108）上下运动。丝杆传动螺母（108）上下运动带动平台升降模组安装板（113）和平台升降承重模组安装板（115）沿着导轨加固光轴（105）上下运动。平台升降承重模组安装板（115）上下运动带动连接机构（300）上下运动。从而带动升降平台承重框架（200）上下运动。当平台下降到固定机构(400)的位置后，平台的被限制在(401)水平支撑板上，从而增加了平台(200)的支撑点,使平台稳定的固定在(400)的限制机构上。2. The movement path of the platform lift column; the motor (123) drives the lift drive screw (107) to rotate through the lift drive screw coupling (106), and the lift drive screw (107) rotates into a screw drive nut (108) ) up and down movement. The screw drive nut (108) moves up and down to drive the platform lifting module mounting plate (113) and the platform lifting bearing module mounting plate (115) to move up and down along the guide rail reinforcement optical axis (105). The vertical movement of the platform lifting and load-bearing module mounting plate (115) drives the connecting mechanism (300) to move up and down. Thereby, the load-bearing frame (200) of the lifting platform is driven to move up and down. When the platform descends to the position of the fixing mechanism (400), the platform is restricted on the (401) horizontal support plate, thereby increasing the support point of the platform (200), so that the platform is stably fixed on the limiting mechanism (400). .
3.平台上的重心如果超出设定190mm的范围，在对侧增加配重。3. If the center of gravity on the platform exceeds the set range of 190mm, increase the counterweight on the opposite side.
4、600智能控制系统根据水平传感器反馈的信号自动调节不同升降柱电机（123）的转速，以解决柱子升降过程同步的问题，600智能控制系统根据人体传感器在设计范围内进行自动监控反馈的信息给各机构指令，当机构运动时人体接近机构就会自动停机或人体在传感器监控范围内机构不能启动运行，人体离开机构自动继续运动，以保证人身安全。4. The 600 intelligent control system automatically adjusts the speed of different lifting column motors (123) according to the feedback signal of the level sensor to solve the problem of synchronization of the column lifting process. The 600 intelligent control system automatically monitors the feedback information within the design range according to the human body sensor. Give instructions to each mechanism. When the mechanism moves, the human body will automatically stop when the human body approaches the mechanism or the human body cannot start the operation within the monitoring range of the sensor, and the human body will continue to move automatically when the human body leaves the mechanism to ensure personal safety.
如上所述，借助于本发明的上述技术方案，本发明具有以下优点：As mentioned above, with the aid of the above technical solutions of the present invention, the present invention has the following advantages:
1、在不改变住宅原来结构的基础上有效拓展空间的利用率，实现一个空间多种使用功能的改造。1. Effectively expand the utilization rate of space on the basis of not changing the original structure of the house, and realize the transformation of multiple functions of a space.
2、应用智能自动化技术，采取时间换空间方式；把阁楼进行巧妙的移动和收纳，提高了房间的使用功能。2. The application of intelligent automation technology adopts the method of time-for-space; the attic is cleverly moved and stored, which improves the use function of the room.
3、机构牢固平稳。人体传感器采用智能化系统，当机构运动时人体接近机构就会自动停机。确保机构运动时不会对人造成伤害，同时采用app进行操作更加方便用户安全使用设备。3. The mechanism is firm and stable. The human body sensor adopts an intelligent system, when the human body approaches the mechanism, it will automatically stop. To ensure that the mechanism will not cause harm to people when it is moving, and it is more convenient for users to use the device safely by using the app to operate.
4、配置丰富，可根据用户的不同需求更换设施和非标订制。4. The configuration is rich, and the facilities and non-standard customization can be replaced according to the different needs of users.
5、结构简单，便于安装，拆移和维护。5. Simple structure, easy to install, dismantle and maintain.
6.仅仅需要两个提升柱,节约成本。6. Only need two lifting columns, saving cost.
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the scope of the present invention. within the scope of protection.
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Application publication date: 20200225 |