Intensive anti-tipping apparatus
Technical field
The present invention relates to a kind of intensive technical field.Particularly relate to a kind ofly require abundant saving, utilize storage and display intensive of floor space for example intensive easel support body and base is narrower thereby center of gravity is higher, when intensive when mobile because stifled stagnating during phenomenon may appear in action of inertia and intensive easel moving process is intensive the anti-tipping apparatus that prevents that easel from toppling.
Background technology
The applicant published number is the application of the patent of invention of 03129514.2 " heavy intensive transmission device ".Above-mentioned " heavy intensive transmission device " is shown in Fig. 4,5, it comprises intensive support body and base 1, be placed in travelling wheel 41,42 under support body and the base and a plurality of transmission travelling wheels 43,44,45,46 of and arranged on left and right sides, be used for the travelling wheel operation and be fixed in the track 7 on the operation ground level and be arranged on the power drive mechanism of intensive base.
Described power drive mechanism comprises the head sprocket 31 by manual power wheel or the direct transmission of automatic power wheel that is arranged on base 1 one sides, center sprocket wheel 32 and 33 with the described head sprocket 31 coaxial centers that are positioned at whole gantry base that link to each other, the driven sprocket 34 and 35 of the symmetric arrangement that described center sprocket wheel 32 and 33 links by chain 16, described driven sprocket 34 and the 35 coaxial a plurality of transmission travelling wheels that are parallel to each other that are arranged in intensive base 1 both sides that link to each other; The outside of described each travelling wheel be set up in parallel one be used to strengthen balance, stable and guide function be parallel to each other slide roller 49.
The patent of invention of above-mentioned " heavy intensive transmission device " can synchronously pass to power a plurality of left travelling wheel and the right travelling wheel on both sides, realized power is passed to synchronously on whole travelling wheels, can bear the heavy load operating mode and have stressed even, the flexible operation safety of many row's tracks and travelling wheel heavy intensive and have good running stability and synchronism.Even under big load working condition, still old enough rigidity and running stability.
Also having a kind of is the utility model patent of 02287887.2 " intensive front and back wheel synchronous drive device " as application number, as shown in Figure 6, drive unit is installed in the bottom of intensive support body, comprise that frame is placed on the driving wheel on the ground rail, be fixed with two driving shafts in front and back of driving wheel, two driving shafts 1 in these front and back link to each other with same power drive mechanism by one group of transmission mechanism separately, actuating unit links to each other and is placed in the axis 3 of support body bottom, because of being connected with drive sprocket 4, this drive sprocket respectively links to each other with two driving shaft I by the transmission mechanism that is made of chain 6 and sprocket wheel 5 on being fixed on driving shaft 1 and the driving wheel 2 that drives on the axle is separately done to rotate synchronously on the axis.Can make the whole service process of support body, promptly moving process is to carry out in the front and back wheel balanced synchronization, makes intensive to operate steadily.
Yet, make full use of intensive that stores with display space for some requirement, for example intensive easel, require support body and base is narrower thereby center of gravity is higher, because the stifled phenomenon that stagnates may appear in action of inertia and intensive easel moving process, and the structural design of above-mentioned running stability and synchronism also is not enough to prevent intensive possibility of toppling when intensive easel moves.
In addition, it is in the bottom of intensive base anti-barb to be set that conventional anti-dumping method is also arranged, hook the backplate that is fixed in the track on the operation ground level, owing to existing big gap not reach the purpose of safety against overturning between anti-barb and the backplate, and anti-barb hooks the backplate that is fixed in the track on the operation ground level, and intensive easel can't be moved.
Summary of the invention
Purpose of the present invention is exactly in order to overcome above-mentioned weak point of the prior art, provides a kind of and has not only had enough rigidity and running stability, but also can prevent intensive intensive anti-tipping apparatus that topples fool proofly.
The objective of the invention is by providing a kind of intensive anti-tipping apparatus with following structure to realize, described intensive comprises intensive support body and the base of taking away wheel and track thereof; Described intensive anti-tipping apparatus comprises that the both sides, top of described intensive support body and base respectively are provided with a furred ceiling frame, described furred ceiling frame is fixedly connected with the ceiling that described intensive house is installed, described furred ceiling frame bottom connects a rolling hook assembly, and described rolling hook assembly bottom is connected with described intensive support body and base.
The both sides, top of described intensive support body and base respectively are provided with a furred ceiling frame, described furred ceiling frame is fixedly connected with the ceiling that described intensive house is installed, described furred ceiling frame bottom connects a rolling hook assembly, and described rolling hook assembly bottom is connected with described intensive support body and base.
Described furred ceiling frame comprises the top board that the ceiling with described intensive house is installed topmost is fixedly connected, the fixedly connected primary structure member in described top board below, the fixedly connected channel-section steel in described primary structure member below, described channel-section steel is connected with the fixedly connected employing screw of roller track.The fixedly connected roller track in described channel-section steel below.Described roller track has " " type and middle part its base and opens a vertical uncovered cross section.Described roller track vertically respectively is provided with a slide rail face that makes progress in uncovered both sides.Described primary structure member is " people " font structure, and described " people " font structure below two-end-point is vertically affixed with described channel-section steel respectively.Described rolling hook assembly comprises suspension hook, and described suspension hook upper end is provided with a shank, and the both sides of described shank respectively connect a roller, and described roller rolls on the slide rail plane of described roller track.Described shank position is in the vertical uncovered central authorities of described roller track.
Described suspension hook and described intensive support body and base adopt the device that is spirally connected of bolts and nuts, and described bolt bottom is provided with a height under hook adjusting device.Described adjusting device is connected with the column top of described intensive support body and base.Described adjusting device with the stressed in orbit unanimity of a plurality of travelling wheels of guaranteeing intensive positioned beneath, reaches good running stability to regulate correct distance between intensive and the described furred ceiling frame.
Described primary structure member also can adopt other structural design, its objective is to bear when intensive operating mode of toppling over, and the external force of toppling over can be passed to the ceiling in house by top board, to guarantee the synchronism of described intensive operation.
Compared with prior art, the invention has the advantages that: 1. for requiring intensive that floor space is little, base is narrower, center of gravity is higher to have good motion rigidity and running stability; 2. an intensive moving process can prevent to topple, flexible operation, safety; 3. rational in infrastructure, reliable, easy to operate.
Description of drawings
Fig. 1 is the schematic perspective view of structure of the present invention;
Fig. 2 is Fig. 1's " A " portion enlarged drawing;
Fig. 3 is the structural representation that furred ceiling frame of the present invention, hook assembly are connected with intensive support body;
Fig. 4 is a kind of prior art constructions schematic diagram;
Fig. 5 is the A-A cutaway view of Fig. 5;
Fig. 6 is another kind of prior art constructions schematic diagram;
The specific embodiment
Embodiment describes in further detail the present invention below in conjunction with accompanying drawing.
Fig. 1 to Fig. 4 shows embodiment of intensive anti-tipping apparatus of the present invention.Comprise intensive support body and base 10 in the present embodiment, described support body and a plurality of travelling wheels of base positioned beneath, described travelling wheel below are provided with and are fixed in the track 102 on the operation ground level and the power drive mechanism that is arranged in described intensive the base is formed.
The both sides, top of described intensive support body and base 10 respectively are provided with a furred ceiling frame 1, and described furred ceiling frame bottom connects a rolling hook assembly 2, and described rolling hook assembly bottom is connected with column 101 tops of described intensive support body and base.
Described furred ceiling frame 1 comprises the top board 11 that the ceiling (not shown) with described intensive house is installed topmost is solidly connected mutually, the fixedly connected primary structure member 12 in described top board below, the fixedly connected channel-section steel 13 in described primary structure member below, the fixedly connected pulley track 15 in described channel-section steel below.Described top board is fixedlyed connected the employing welding with the ceiling in described intensive house.Described channel-section steel 13 is connected with the fixedly connected employing screw 16 of roller track 15.
Described pulley track 15 has " " type and middle part its base and opens a vertical cross section of uncovered 151.So that the shank 22 of described rolling hook assembly passes through.
Described roller track 15 vertically respectively is provided with a slide rail face 152 that makes progress in uncovered 151 both sides.Described primary structure member 12 is " people " font structure, and described " people " font structure below two-end-point is vertically affixed with described channel-section steel 13 respectively.Described primary structure member 12 also can adopt other structural design, its objective is to bear when intensive operating mode of toppling over, and the external force of toppling over can be passed to the ceiling in house by top board 11, to guarantee described intensive traveling comfort.
Described rolling hook assembly 2 comprises suspension hook 21, and described suspension hook upper end is provided with a shank 22, and the both sides of described shank respectively connect a roller 23, and described roller rolls on the slide rail face 152 of described roller track 15.
Described shank 22 positions are in the central authorities of described roller track vertical uncovered 151.
Described suspension hook 21 and described intensive support body and base 10 adopt the device that is spirally connected of bolts 4 and nut 5, and described bolt 4 bottoms are provided with described suspension hook 21 arrangement for adjusting height 6.
Described adjusting device 6 is connected with column 101 tops of described intensive support body and base, described adjusting device is in order to regulate correct distance between described intensive support body and the described furred ceiling frame, the synchronism of on track 102, moving with a plurality of travelling wheels of guaranteeing described intensive support body and base positioned beneath, and have good stationarity.