CN206345578U - Loaded device of climbing upstairs clamp system - Google Patents
Loaded device of climbing upstairs clamp system Download PDFInfo
- Publication number
- CN206345578U CN206345578U CN201621492640.XU CN201621492640U CN206345578U CN 206345578 U CN206345578 U CN 206345578U CN 201621492640 U CN201621492640 U CN 201621492640U CN 206345578 U CN206345578 U CN 206345578U
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- China
- Prior art keywords
- roller
- riser
- lamina tecti
- axle
- bracing strut
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Abstract
Loaded device of climbing upstairs clamp system, including clamp system and elevating mechanism, clamp system includes the lamina tecti of rectangle, the plate face of lamina tecti is located at horizontal direction, the left end side and the top of left riser of lamina tecti are fixedly linked, the plate face of left riser is located at vertical direction, vertically side by side provided with three left riser guide grooves in the plate face of left riser, the right-hand member side and the top of right riser of lamina tecti are fixedly linked, the plate face of right riser is located at vertical direction, vertically side by side provided with three right riser guide grooves in the plate face of right riser, middle part below lamina tecti along the longitudinal direction is provided with the lifter slide of rectangle, lifter slide is located between left riser and right riser, the plate face of lifter slide is located at horizontal direction.Its object is to provide one kind loaded device of climbing upstairs stair activity can be allowed safe, steady, resistance is small during walking, and motion is flexible, and can significantly reduce the loaded device of climbing upstairs clamp system that the muscle power of carry an object stair activity person is paid.
Description
Technical field
The utility model is related to a kind of loaded device of climbing upstairs clamp system.
Background technology
Stair climbing, what stair climbing was that people face in daily life especially in the case where there is load very big asks
Topic, can often feel unable to do what one wishes, at this time people just wish a kind of product energy when when people removing weight stair climbing
Enough help they during loading stair climbing " as though walking upon flat ground ".Existing loaded device of climbing upstairs clamp system such as crawler type
The principle of stair-climbing device is similar to crawler belt armored personnel carrier or tank, and it is used than more continuous walking side of star-like wheel mechanism
Formula, transmission efficiency is higher.But resistance is larger when its maximum deficiency is level walking, dumb, the crawler belt in stair climbing is moved
It is easily damaged stair edge.
Utility model content
The purpose of this utility model is that providing one kind can allow loaded device of climbing upstairs stair activity safe, steady, during walking
Resistance is small, and motion is flexible, and can significantly reduce the loaded device of climbing upstairs clamping that the muscle power of carry an object stair activity person is paid
Mechanism.
Loaded device of climbing upstairs clamp system of the present utility model, including clamp system and elevating mechanism, the clamping machine
Structure includes the lamina tecti of rectangle, and the plate face of lamina tecti is located at horizontal direction, and the left end side of lamina tecti is consolidated with the top of left riser
Fixed to be connected, the plate face of left riser is located in vertical direction, the plate face of left riser vertically to be led provided with three left risers side by side
To groove, the right-hand member side and the top of right riser of lamina tecti are fixedly linked, and the plate face of right riser is located at vertical direction, right riser
Vertically side by side provided with three right riser guide grooves in plate face, the middle part of lamina tecti lower section along the longitudinal direction is provided with rectangle
Lifter slide, lifter slide is located between left riser and right riser, and the plate face of lifter slide is located at horizontal direction, lifter slide edge
The width dimensions of fore-and-aft direction are less than the width dimensions of lamina tecti along the longitudinal direction, and the left end side of lifter slide is provided with three left sides
Guide runner is lifted, each left lifting guide runner is respectively adopted gap cooperation and is inserted into a left riser guide groove, lifts
The right-hand member side of slide plate is provided with three right lifting guide runners, and each right lifting guide runner is respectively adopted gap cooperation and is inserted into
In one right riser guide groove；
Front portion below the lamina tecti along the longitudinal direction is provided with front wheel, and front wheel is sleeved on front wheel axle, preceding rolling
The axis of wheel shaft is located at left and right horizontal direction, and the left end of front wheel axle is installed in rotation on the bottom of left front roller bracing strut,
The right-hand member of front wheel axle is installed in rotation on the bottom of right front wheel bracing strut, the top of right front wheel bracing strut and left front rolling
The top of axle bracket is separately fixed at the front portion of lamina tecti lower surface；
Rear portion below the lamina tecti along the longitudinal direction is provided with rear roller, and rear roller is sleeved on rear roller axle, rear rolling
The axis of wheel shaft is located at left and right horizontal direction, and the left end of rear roller axle is installed in rotation on the bottom of left back roller bracing strut,
The right-hand member of rear roller axle is installed in rotation on the bottom of right rear roller bracing strut, the top of right rear roller bracing strut and left back rolling
The top of axle bracket is separately fixed at the rear portion of lamina tecti lower surface；
The left riser is fixedly arranged in the middle of left support seat towards right panel face bottom, and left support seat and the upper end of left connecting rod are hinged
It is connected, the axis of left connecting rod is located on left and right directions vertical plane, and the middle part of left connecting rod and the lower end of left lever are hinged and connected, Zola
The axis of bar is located on left and right directions vertical plane, and the top of left lever on the left of midfoot support seat bottom with being hinged and connected, middle part
The top of support base is fixed on the middle part of lifter slide lower surface, and the lower end of left connecting rod is left with being fixedly linked in the middle part of left longeron
The axis of longeron is located at anterior-posterior horizontal direction, and the left side of left longeron front end is provided with preceding left side roller bracing strut, preceding left side roller axle
Left side roller axle before the left end of support is rotatably mounted with, the axis of preceding left side roller axle is located on left and right directions vertical plane,
Preceding left side roller is set with preceding left side roller axle；
The left side of the left longeron rear end is provided with rear left side roller bracing strut, and the left end of rear left side roller bracing strut is rotatable
Ground is provided with rear left side roller axle, and the axis of rear left side roller axle is located on left and right directions vertical plane, covered on rear left side roller axle
Equipped with rear left side roller；
The right riser is fixedly arranged in the middle of right support seat towards left plate face bottom, and the upper end of right support seat and right connecting rod is hinged
It is connected, the axis of right connecting rod is located on left and right directions vertical plane, and the middle part of right connecting rod and the lower end of right pull bar are hinged and connected, right to draw
The axis of bar is located on left and right directions vertical plane, and the top of right pull bar on the right side of midfoot support seat bottom with being hinged and connected, right company
It is fixedly linked in the middle part of the lower end of bar and right vertical beam, the axis of right vertical beam is located at anterior-posterior horizontal direction, the right side of right vertical beam front end
Provided with preceding right roller bracing strut, right roller axle, preceding right side before the left end of preceding right roller bracing strut is rotatably mounted with
The axis of roller shaft is located on left and right directions vertical plane, and preceding right roller is set with preceding right roller axle；
The right side of the right vertical beam rear end is provided with rear right roller bracing strut, and the left end of rear right roller bracing strut is rotatable
Ground is provided with rear right roller axle, and the axis of rear right roller axle is located on left and right directions vertical plane, covered on rear right roller axle
Equipped with rear right roller；
The middle part of the lamina tecti upper surface is provided with euphroe, the bandage of euphroe extends downwardly from the front end of lamina tecti,
Extend back again below lifter slide and through in midfoot support seat, top, then prolong upwards from the rear of lifter slide
Stretch, then euphroe is extended back into forward from the rear end of lamina tecti.
Loaded device of climbing upstairs clamp system of the present utility model, wherein the front wheel and rear roller are two end diameter chis
The small cylinder of very little big, mid diameter size, the preceding left side roller, rear left side roller, preceding right roller and rear right roller
For the cylinder that two end diameter dimensions are big, mid diameter size is small.
Loaded device of climbing upstairs clamp system of the present utility model, wherein the left end side of the lamina tecti and left riser
Top is connected using being welded and fixed, and the plate face of left riser is rectangle, and the right-hand member side and the top of right riser of the lamina tecti are adopted
Connected with being welded and fixed, the plate face of right riser is rectangle.
Loaded device of climbing upstairs clamp system of the present utility model, wherein the right side of the right riser by terminal pad with
The left end of transverse axis is fixedly linked, and the axis of transverse axis is located at left and right horizontal direction, and transverse axis is arranged on sleeve by bearing, sleeve bottom
The middle part at end and the top of plunger case are fixedly linked.
Loaded device of climbing upstairs of the present utility model when in use, will can need to carry the thing upstairs or gone downstairs with clamp system
Product are fixed in stroller frame, recycle clamp system to pass through front wheel, rear roller, preceding left side roller, rear left side roller, front right
Side wheel and rear right roller, which are clamped, to be installed on balustrade, and clamp system, Ran Houzai are drawn by the bandage on euphroe
Lead is upgraded using handle, makes stroller frame depart from ground, you can clamp system to be made using balustrade as guide rail, along building
Ladder rail does the motion upstairs or gone downstairs.Therefore, loaded device of climbing upstairs clamp system of the present utility model, which has, can allow loading
Stair climbing device stair activity is safe, steady, and resistance is small during walking, and motion is flexible, and can significantly reduce carry an object stair activity
The characteristics of muscle power of person is paid.
The utility model loaded device of climbing upstairs is described further with clamp system below.
Brief description of the drawings
Fig. 1 is the front view of the loaded device of climbing upstairs using the utility model loaded device of climbing upstairs clamp system；
Fig. 2 is Fig. 1 side view；
Fig. 3 is the front view of loaded device of climbing upstairs clamp system of the present utility model；
Fig. 4 is Fig. 3 side view；
Fig. 5 is the stereogram of loaded device of climbing upstairs clamp system of the present utility model；
Fig. 6 is the stereogram from another perspective of loaded device of climbing upstairs clamp system of the present utility model；
Fig. 7 is the elevating mechanism part of the loaded device of climbing upstairs using the utility model loaded device of climbing upstairs clamp system
Stereogram；
Fig. 8 is the elevating mechanism part of the loaded device of climbing upstairs using the utility model loaded device of climbing upstairs clamp system
Side view；
Fig. 9 is the elevating mechanism part of the loaded device of climbing upstairs using the utility model loaded device of climbing upstairs clamp system
Right side view.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, loaded device of climbing upstairs clamp system of the present utility model, bag
Clamp system and elevating mechanism are included, clamp system includes the lamina tecti 1 of rectangle, and the plate face of lamina tecti 1 is located at horizontal direction, top cover
The left end side of plate 1 and the top of left riser 2 are fixedly linked, and the plate face of left riser 2 is located at vertical direction, the plate face of left riser 2
On vertically side by side provided with three left riser guide grooves 4, the right-hand member side of lamina tecti 1 and the top stationary phase of right riser 3
Even, the plate face of right riser 3 is located in vertical direction, the plate face of right riser 3 is vertically oriented to provided with three right risers side by side
Groove 5, the middle part of the lower section of lamina tecti 1 along the longitudinal direction is provided with the lifter slide 6 of rectangle, and lifter slide 6 is located at left riser 2 and the right side is vertical
Between plate 3, the plate face of lifter slide 6 is located at horizontal direction, and the width dimensions of lifter slide 6 along the longitudinal direction are less than lamina tecti 1
Width dimensions along the longitudinal direction, the left end side of lifter slide 6 is provided with three left lifting guide runners 7, and each left lifting is led
Gap cooperation is respectively adopted to sliding block 7 to be inserted into a left riser guide groove 4, the right-hand member side of lifter slide 6 is provided with three
Right lifting guide runner 8, each right lifting guide runner 8 is respectively adopted gap cooperation and is inserted into a right riser guide groove 5；
The front portion of the lower section of lamina tecti 1 along the longitudinal direction is provided with front wheel 9, and front wheel 9 is sleeved on front wheel axle 10, preceding rolling
The axis of wheel shaft 10 is located at left and right horizontal direction, and the left end of front wheel axle 10 is installed in rotation on left front roller bracing strut 11
Bottom, the right-hand member of front wheel axle 10 is installed in rotation on the bottom of right front wheel bracing strut 12, right front wheel bracing strut 12
Top and the top of left front roller bracing strut 11 are separately fixed at the front portion of the lower surface of lamina tecti 1；
The rear portion of the lower section of lamina tecti 1 along the longitudinal direction is provided with rear roller 39, and rear roller 39 is sleeved on rear roller axle 20, after
The axis of roller shaft 20 is located at left and right horizontal direction, and the left end of rear roller axle 20 is installed in rotation on left back roller bracing strut 21
Bottom, the right-hand member of rear roller axle 20 is installed in rotation on the bottom of right rear roller bracing strut 22, right rear roller bracing strut 22
Top and the top of left back roller bracing strut 21 be separately fixed at the rear portion of the lower surface of lamina tecti 1；
Left riser 2 is fixedly arranged in the middle of left support seat 13, left support seat 13 and the upper end of left connecting rod 14 towards right panel face bottom
It is hinged and connected, the axis of left connecting rod 14 is located on left and right directions vertical plane, and the middle part of left connecting rod 14 is cut with scissors with the lower end of left lever 38
Connect connected, the axis of left lever 38 is located on left and right directions vertical plane, top and 36 bottoms of midfoot support seat of left lever 38
Left side is hinged and connected, and the top of midfoot support seat 36 is fixed on the middle part of the lower surface of lifter slide 6, lower end and the left side of left connecting rod 14
The middle part of longeron 15 is fixedly linked, and the axis of left longeron 15 is located at anterior-posterior horizontal direction, before the left side of the left front end of longeron 15 is provided with
Left side roller bracing strut 16, left side roller axle 17, preceding left side before the left end of preceding left side roller bracing strut 16 is rotatably mounted with
The axis of roller shaft 17 is located on left and right directions vertical plane, left side roller 31 before being set with preceding left side roller axle 17；
The left side of the left rear end of longeron 15 is provided with rear left side roller bracing strut 18, and the left end of rear left side roller bracing strut 18 can turn
Rear left side roller axle 19 is installed dynamicly, the axis of rear left side roller axle 19 is located on left and right directions vertical plane, rear left side roller
Rear left side roller 32 is set with axle 19；
Right riser 3 is fixedly arranged in the middle of right support seat 23, the upper end of right support seat 23 and right connecting rod 24 towards left plate face bottom
It is hinged and connected, the axis of right connecting rod 24 is located on left and right directions vertical plane, the middle part of right connecting rod 24 and the lower end of right pull bar 37 are cut with scissors
Connect connected, the axis of right pull bar 37 is located on left and right directions vertical plane, top and 36 bottoms of midfoot support seat of right pull bar 37
Right side is hinged and connected, and the lower end and the middle part of right vertical beam 25 of right connecting rod 24 are fixedly linked, and the axis of right vertical beam 25 is located at front and rear water
Square preceding right roller bracing strut 26 is provided with to the right side of, the front end of right vertical beam 25, the left end of preceding right roller bracing strut 26 can turn
Right roller axle 27 before being provided with dynamicly, the axis of preceding right roller axle 27 is located on left and right directions vertical plane, preceding right roller
Right roller 33 before being set with axle 27；
The right side of the rear end of right vertical beam 25 is provided with rear right roller bracing strut 28, and the left end of rear right roller bracing strut 28 can turn
Rear right roller axle 29 is installed dynamicly, the axis of rear right roller axle 29 is located on left and right directions vertical plane, rear right roller
Rear right roller 34 is set with axle 29；
The middle part of the upper surface of lamina tecti 1 is provided with euphroe 70, and the bandage 71 of euphroe 70 is from the front end of lamina tecti 1 to downward
Stretch, extend back and pass through in midfoot support seat 36 from the lower section of lifter slide 6 again, top, then from the rear of lifter slide 6
Upwardly extend, then euphroe 70 is extended back into forward from the rear end of lamina tecti 1；
Above-mentioned clamp system when in use, can first adjust the bandage 71 for unclamping euphroe 70, allow front wheel 9 and rear roller 39
Lower end close to the top of balustrade, allow preceding left side roller 31 and rear left side roller 32 to be located at the left side of balustrade, front right
Side wheel 33 and rear right roller 34 are located at the right side of balustrade, and then the bandage 71 of euphroe 70 is tied tight again, order lifting
Slide plate 6 is under the guiding of three left lifting guide runners 7 and three right lifting guide runners 8, along left riser guide groove 4 and the right side
Riser guide groove 5 is moved upwards, and the lifter slide 6 moved upwards can draw left lever 38, right pull bar by midfoot support seat 36
37 motions upwards, the lower end that the left lever 38 moved upwards can draw left connecting rod 14 is swung to the right, and the lower end of left connecting rod 14 will
Preceding left side roller 31 and rear left side roller 32 are pushed to the left side wall of balustrade by left longeron 15 to, the He of left side roller 31 before order
Left side roller 32 is close to the left side wall of balustrade afterwards；And the right pull bar 37 moved upwards can draw the lower end of right connecting rod 24 to the left
Swing, the lower end of right connecting rod 24 will push preceding left side roller 31 and rear left side roller 32 to balustrade by right vertical beam 25
Right side wall, makes preceding right roller 33 and rear right roller 34 be close to the right side wall of balustrade；Thus clamp system can be made to pass through
Front wheel 9, rear roller 39, preceding left side roller 31, rear left side roller 32, preceding right roller 33 and rear right roller 34, which are clamped, to be installed
Onto balustrade, clamp system is drawn by bandage 71 on euphroe 70, you can make clamp system using balustrade to lead
Rail, the motion upstairs or gone downstairs is done along balustrade.
As shown in Figure 1, Figure 2, shown in Fig. 7, Fig. 8 and Fig. 9, elevating mechanism includes the lead 40 vertically set, is oriented to
On the rectangular cross-section of post 40 in the horizontal direction, the side wall facing forward of lead 40 vertically be provided with rack 41, rack 41 with
Gear 42 is meshed, and the suit of gear 42 is fixed on gear shaft 43, and the axis of gear shaft 43 is located at left and right horizontal direction, gear shaft
43 left end is installed in rotation on the middle and lower part of left support abutment otic placode 65, and the right-hand member of gear shaft 43 is installed in rotation on right support abutment
The plate face of the middle and lower part of otic placode 44, left support abutment otic placode 65 and right support abutment otic placode 44 is located at front and rear vertical direction, left support abutment otic placode 65
Rear end side and the left end of the forward face of bearing 45 be connected as one, the rear end side of right support abutment otic placode 44 and bearing 45 are facing forward
The right-hand member on surface is connected as one, and the middle part of bearing 45 is vertically rectangular through-hole provided with cross section, and bearing 45 passes through horizontal stroke
The through hole of rectangular cross-section is using gap engagement sleeves on lead 40, and the middle part of the forward face of bearing 45 is vertically set
There is gear mounting groove 46, gear 42 is meshed through gear mounting groove 46 with rack 41, left support abutment otic placode 65 and right support abutment otic placode
Top between 44 is provided with upper hook, and upper hook includes upper centering block 47；
The top of upper centering block 47 is a plane, and the rear sleeve of upper centering block 47 is shipped and resell on another market on axle 48 mounted in upper centering block, and upper centering block turns
The axis of bearing pin 48 is located at left and right horizontal direction, and the ship and resell on another market left end of axle 48 of upper centering block is installed in rotation on left support abutment otic placode 65
Top, the ship and resell on another market right-hand member of axle 48 of upper centering block is installed in rotation in the top of right support abutment otic placode 44, the upper lower surface of centering block 47
Portion is anterior provided with teeth 49, and teeth 49 can be meshed with gear 42；
Upper centering block is shipped and resell on another market and is set with centering block torsion spring on axle 48, and upper centering block torsion spring can be by the pressed toward gear 42 of teeth 49；
When teeth 49 and gear 42 are in engagement, teeth 49 do not prevent gear 42 from doing upward turn of driving rack 41
It is dynamic, prevent gear 42 from doing with the downward rotation of rack 41；
The front of gear 42 is provided with preceding hook, and preceding hook includes preceding centering block 50, and the top of preceding centering block 50 is sleeved on preceding centering block
Ship and resell on another market on axle 51, preceding centering block ship and resell on another market axle 51 axis be located at left and right horizontal direction, preceding centering block ship and resell on another market axle 51 left end rotationally
Installed in the outer end of left handle otic placode 53, the inner end of left handle otic placode 53 is sleeved on the left end of gear shaft 43, and preceding centering block is shipped and resell on another market axle
51 right-hand member is installed in rotation on the outer end of right handles otic placode 54, and the inner end of right handles otic placode 54 is sleeved on the right side of gear shaft 43
The plate face of end, right handles otic placode 54 and left handle otic placode 53 is located at front and rear vertical direction, the outer end of right handles otic placode 54 and left hand
The outer end of handle otic placode 53 is fixedly linked by the inner end of connecting plate and handle 55, and the bottom of the preceding rear end face of centering block 50 is provided with ratchet tooth
52, ratchet tooth 52 can be inserted between the gear teeth adjacent on gear 42；
When the outer end of handle 55 is raised up to top, the connecting plate of handle 55 by the upper centering block 47 of jack-up, make teeth 49 with
Gear 42 is disengaged from state.
Preceding centering block is shipped and resell on another market be set with axle 51 before centering block torsion spring, preceding centering block torsion spring can be by the pressed toward gear 42 of ratchet tooth 52；
When ratchet tooth 52 and gear 42 are in engagement, ratchet tooth 52 can do drive rack upward by gear 42
Rotate, ratchet tooth 52 can not prevent gear 42 and be rotated under the driving that rack 41 is moved downward；
When in use, when needing to upgrade lead 40, the handle 55 that can be stopped with holding is repeatedly downward for above-mentioned elevating mechanism
Pressure lifts again, when pushing handle 55 every time, and the meeting drive gear 42 of ratchet tooth 52 is rotated, and the gear 42 of rotation can pass through rack 41
It is directed to post 40 and rises, when lifting handle 55 every time, due to teeth 49 with gear 42 in engagement, teeth 49 can hinders
Only gear 42 is done with the downward rotation of rack 41；When needing to fall lead 40, can be stopped handle 55 with holding, by handle 55
Outer end be raised up to top, allow handle 55 connecting plate by the upper centering block 47 of jack-up, make teeth 49 be disengaged from state with gear 42,
Lead 40 will be moved downward under gravity.
The bottom of lead 40 is fixed on the left end of lead mounting seat 55, the right side of lead mounting seat 55 and plunger rod
It is fixedly linked in the middle part of 56 front ends, plunger rod 56 is vertically set, the top of plunger rod 56 is coordinated using gap to be inserted into
In plunger case 57, plunger case 57 is vertically set, and bearing 45 is fixed on the bottom of the front end outer side wall of plunger case 57；
Stroller frame 58 is installed, the bottom of stroller frame 58 is provided with multiple universal wheels on the right side of the middle and lower part of plunger rod 56
59；
Support frame 60, guiding crawler belt of the left end provided with annular of support frame 60 are installed on the left of the middle and lower part of plunger rod 56
61, being oriented to crawler belt 61 can rotate along horizontal direction；
The right side of right riser 3 is fixedly linked by terminal pad 62 and the left end of transverse axis 63, and the axis of transverse axis 63 is located at a left side
Right horizontal direction, transverse axis 63 is arranged on sleeve 64 by bearing, and the middle part and the top of plunger case 57 of the bottom of sleeve 64 are fixed
It is connected.
As further improvement of the utility model, above-mentioned front wheel 9 and rear roller 39 are that two end diameter dimensions are big, middle
The small cylinder of diameter dimension, preceding left side roller 31, rear left side roller 32, preceding right roller 33 and rear right roller 34 are two ends
The cylinder that diameter dimension is big, mid diameter size is small.
As further improvement of the utility model, the top of the left end side of above-mentioned lamina tecti 1 and left riser 2, which is used, welds
Connect and be fixedly linked, the plate face of left riser 2 is rectangle, and the top use of the right-hand member side of lamina tecti 1 and right riser 3 is welded and fixed phase
Even, the plate face of right riser 3 is rectangle.
Loaded device of climbing upstairs of the present utility model when in use, will can need to carry the thing upstairs or gone downstairs with clamp system
Product are fixed in stroller frame 58, recycle clamp system to be sidewindered by front wheel 9, rear roller 39, preceding left side roller 31, rear left
Wheel 32, preceding right roller 33 and rear right roller 34 are clamped and are installed on balustrade, are led by the bandage 71 on euphroe 70
Draw clamp system, then recycle handle 55 to upgrade lead 40, make stroller frame 58 depart from ground, you can to make clamp system
Using balustrade as guide rail, the motion upstairs or gone downstairs is done along balustrade.
Embodiment described above is only that preferred embodiment of the present utility model is described, not to this practicality
New scope is defined, under the premise of the utility model design spirit is not departed from, this area ordinary skill technical staff couple
Various modifications and improvement that technical solutions of the utility model are made, all should fall into the guarantor that claims of the present utility model are determined
In the range of shield.
Claims (4)
1. loaded device of climbing upstairs clamp system, it is characterised in that：Lamina tecti (1) including rectangle, the plate face position of lamina tecti (1)
In horizontal direction, the left end side and the top of left riser (2) of lamina tecti (1) are fixedly linked, and the plate face of left riser (2), which is located at, erects
Nogata is to vertically side by side provided with three left riser guide grooves (4), the right-hand member of lamina tecti (1) in the plate face of left riser (2)
The top of side and right riser (3) is fixedly linked, and the plate face of right riser (3) is located at edge in vertical direction, the plate face of right riser (3)
Vertical direction is side by side provided with three right riser guide grooves (5), and the middle part of lamina tecti (1) lower section along the longitudinal direction is provided with the liter of rectangle
Slide plate (6) drops, lifter slide (6) is located between left riser (2) and right riser (3), the plate face of lifter slide (6) is located at level side
To the width dimensions of lifter slide (6) along the longitudinal direction are less than the width dimensions of lamina tecti (1) along the longitudinal direction, lifter slide
(6) gap cooperation is respectively adopted provided with three left lifting guide runners (7), each left lifting guide runner (7) in left end side
It is inserted into a left riser guide groove (4), the right-hand member side of lifter slide (6) is provided with three right lifting guide runners (8), often
Individual right lifting guide runner (8) is respectively adopted gap cooperation and is inserted into a right riser guide groove (5)；
Front portion below the lamina tecti (1) along the longitudinal direction is provided with front wheel (9), and front wheel (9) is sleeved on front wheel axle
(10) on, the axis of front wheel axle (10) is located at left and right horizontal direction, and the left end of front wheel axle (10) is installed in rotation on a left side
The bottom of front wheel bracing strut (11), the right-hand member of front wheel axle (10) is installed in rotation under right front wheel bracing strut (12)
Portion, the top of right front wheel bracing strut (12) and the top of left front roller bracing strut (11) are separately fixed at lamina tecti (1) lower end
The front portion in face；
Rear portion below the lamina tecti (1) along the longitudinal direction is provided with rear roller (39), and rear roller (39) is sleeved on rear roller axle
(20) on, the axis of rear roller axle (20) is located at left and right horizontal direction, and the left end of rear roller axle (20) is installed in rotation on a left side
The bottom of rear roller bracing strut (21), the right-hand member of rear roller axle (20) is installed in rotation under right rear roller bracing strut (22)
Portion, the top of right rear roller bracing strut (22) and the top of left back roller bracing strut (21) are separately fixed at lamina tecti (1) lower end
The rear portion in face；
The left riser (2) is fixedly arranged in the middle of left support seat (13), left support seat (13) and left connecting rod towards right panel face bottom
(14) upper end is hinged and connected, and the axis of left connecting rod (14) is located on left and right directions vertical plane, middle part and the left side of left connecting rod (14)
The lower end of pull bar (38) is hinged and connected, and the axis of left lever (38) is located on left and right directions vertical plane, the top of left lever (38)
With being hinged and connected on the left of midfoot support seat (36) bottom, the top of midfoot support seat (36) is fixed on lifter slide (6) lower end
The middle part in face, the lower end of left connecting rod (14) in the middle part of left longeron (15) with being fixedly linked, before and after the axis of left longeron (15) is located at
Horizontal direction, the left side of left longeron (15) front end is provided with preceding left side roller bracing strut (16), preceding left side roller bracing strut (16)
Left end is rotatably mounted with preceding left side roller axle (17), and the axis of preceding left side roller axle (17) is located at left and right directions vertical plane
On, it is set with preceding left side roller (31) on preceding left side roller axle (17)；
The left side of left longeron (15) rear end is provided with rear left side roller bracing strut (18), a left side for rear left side roller bracing strut (18)
End is rotatably mounted with rear left side roller axle (19), and the axis of rear left side roller axle (19) is located on left and right directions vertical plane,
Afterwards rear left side roller (32) is set with left side roller axle (19)；
The right riser (3) is fixedly arranged in the middle of right support seat (23), right support seat (23) and right connecting rod towards left plate face bottom
(24) upper end is hinged and connected, and the axis of right connecting rod (24) is located on left and right directions vertical plane, middle part and the right side of right connecting rod (24)
The lower end of pull bar (37) is hinged and connected, and the axis of right pull bar (37) is located on left and right directions vertical plane, the top of right pull bar (37)
With being hinged and connected on the right side of midfoot support seat (36) bottom, the lower end of right connecting rod (24) and the middle part stationary phase of right vertical beam (25)
Even, the axis of right vertical beam (25) is located at anterior-posterior horizontal direction, and the right side of right vertical beam (25) front end is provided with preceding right roller bracing strut
(26) right roller axle (27) before, the left end of preceding right roller bracing strut (26) is rotatably mounted with, preceding right roller axle
(27) axis is located on left and right directions vertical plane, and preceding right roller (33) is set with preceding right roller axle (27)；
The right side of right vertical beam (25) rear end is provided with rear right roller bracing strut (28), a left side for rear right roller bracing strut (28)
End is rotatably mounted with rear right roller axle (29), and the axis of rear right roller axle (29) is located on left and right directions vertical plane,
Afterwards rear right roller (34) is set with right roller axle (29)；
The middle part of lamina tecti (1) upper surface is provided with euphroe (70), and the bandage (71) of euphroe (70) is from lamina tecti (1)
Front end extends downwardly, extends back and pass through in midfoot support seat (36) below lifter slide (6) again, top, then from
The rear of lifter slide (6) is upwardly extended, then extends back into euphroe (70) forward from the rear end of lamina tecti (1).
2. loaded device of climbing upstairs clamp system according to claim 1, it is characterised in that：The front wheel (9) and after
Roller (39) is the cylinder that two end diameter dimensions are big, mid diameter size is small, the preceding left side roller (31), rear left side roller
(32), preceding right roller (33) and rear right roller (34) are the cylinder that two end diameter dimensions are big, mid diameter size is small.
3. loaded device of climbing upstairs clamp system according to claim 2, it is characterised in that：A left side for the lamina tecti (1)
Side side uses to be welded and fixed with the top of left riser (2) to be connected, and the plate face of left riser (2) is rectangle, the lamina tecti (1)
Right-hand member side uses to be welded and fixed with the top of right riser (3) to be connected, and the plate face of right riser (3) is rectangle.
4. loaded device of climbing upstairs clamp system according to claim 3, it is characterised in that：The right side of the right riser (3)
End face is fixedly linked by terminal pad (62) and the left end of transverse axis (63), and the axis of transverse axis (63) is located at left and right horizontal direction, horizontal
Axle (63) is arranged on sleeve (64) by bearing, and the middle part and the top of plunger case (57) of sleeve (64) bottom are fixedly linked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492640.XU CN206345578U (en) | 2016-12-30 | 2016-12-30 | Loaded device of climbing upstairs clamp system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492640.XU CN206345578U (en) | 2016-12-30 | 2016-12-30 | Loaded device of climbing upstairs clamp system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206345578U true CN206345578U (en) | 2017-07-21 |
Family
ID=59319785
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621492640.XU Expired - Fee Related CN206345578U (en) | 2016-12-30 | 2016-12-30 | Loaded device of climbing upstairs clamp system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206345578U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108975129A (en) * | 2018-08-11 | 2018-12-11 | 佛山信卓派思机械科技有限公司 | A kind of intelligence stair climbing baggage handling ancillary equipment |
| CN109941866A (en) * | 2019-04-29 | 2019-06-28 | 中国长城葡萄酒有限公司 | A kind of balustrade carrier and balustrade equipment |
| CN112125096A (en) * | 2020-09-21 | 2020-12-25 | 武汉理工大学 | Auxiliary device for going upstairs and downstairs |
| CN112777453A (en) * | 2021-02-01 | 2021-05-11 | 宁玮辰 | Corridor auxiliary device that steps on building based on friction auto-lock |
-
2016
- 2016-12-30 CN CN201621492640.XU patent/CN206345578U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108975129A (en) * | 2018-08-11 | 2018-12-11 | 佛山信卓派思机械科技有限公司 | A kind of intelligence stair climbing baggage handling ancillary equipment |
| CN109941866A (en) * | 2019-04-29 | 2019-06-28 | 中国长城葡萄酒有限公司 | A kind of balustrade carrier and balustrade equipment |
| CN112125096A (en) * | 2020-09-21 | 2020-12-25 | 武汉理工大学 | Auxiliary device for going upstairs and downstairs |
| CN112777453A (en) * | 2021-02-01 | 2021-05-11 | 宁玮辰 | Corridor auxiliary device that steps on building based on friction auto-lock |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170721 Termination date: 20171230 |
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| CF01 | Termination of patent right due to non-payment of annual fee |