CN109812111A - A kind of vehicle-carrying plate of setoff installation, 4 tractions or four-point supporting - Google Patents
A kind of vehicle-carrying plate of setoff installation, 4 tractions or four-point supporting Download PDFInfo
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- CN109812111A CN109812111A CN201910223849.8A CN201910223849A CN109812111A CN 109812111 A CN109812111 A CN 109812111A CN 201910223849 A CN201910223849 A CN 201910223849A CN 109812111 A CN109812111 A CN 109812111A
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- carrying plate
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Abstract
The invention discloses the vehicle-carrying plates of a kind of setoff installation of two layers of parking apparatus design for the setting of single parking stall, 4 tractions or four-point supporting, structure type is changed to biasing layout from left and right symmetric configuration, can it is to the right installation or installation to the left, to adapt to the vehicles while passing mode of reversing storage or storage of advancing respectively, the headroom size wherein formed between a heel post or cable wire/chain and vehicle ipsilateral can be increased to greatest extent, it is more convenient to pass in and out vehicle-carrying plate, it can adapt to the smaller occasion of parking stall width dimensions, increase the scope of application of equipment.This vehicle-carrying plate is easy to install tension sensor additional using 4 tractions or the lifting driving method of 4 points of jacking front beams, rear cross beam；Cooperate four columns, it is easy to accomplish vehicle-carrying plate dynamic fall arrest technical solution can further ensure that the operational safety of equipment.In order to further increase ease of use and the safety of equipment, the also mating technical solution of camera shooting and projection of the present invention.
Description
Technical field
The present invention relates to mechanical parking equipment fields, and in particular to vehicle-carrying plate that a kind of structure type changes and therefore
The new technical application solution of bring.
Background technique
With the increase of car ownership, the problem of parking space deficiency becomes clear day by day, and mechanical parking equipment has obtained
It is widely applied.Relative to plane parking stall, the one of distinct disadvantage of parking apparatus is that vehicle driver after inside is parked passes in and out
It is less convenient.Wherein, two layers of parking apparatus that single parking stall is set up is since parking stall width dimensions are limited, in addition two sides fixation is set
It is equipped with column or cable wire/chain, this disadvantage is especially prominent.
The basic structure for two layers of parking apparatus vehicle-carrying plate used at present that single parking stall is set up is arranged on left and right sides with parking stall
The full symmetric stiff rectangular frame of center line；It is left stringer on the left of vehicle-carrying plate, right side is right vertical beam, left stringer and right vertical beam
Upper plane is apparently higher than the bearing plane of the wheel of vehicle-carrying plate vehicle, plays the role of that wheel is stopped to cross the border and park, keeps away
Exempt from occur biggish positional shift when vehicle parking；In terms of force structure, left stringer, right vertical beam respectively as vehicle-carrying plate bearing
Beam；If equipment uses cable wire/chain tractive driving, hanging point is set on left stringer, right vertical beam respectively, cable wire or chain are logical
The left stringer of connection hanging point traction, right vertical beam are crossed, realizes the lifting of vehicle-carrying plate；If equipment is using jacking driving, left and right in parking stall
Column is respectively set in two sides, and column internal vertical is provided with hydraulic oil cylinder piston driving pair or screw rod/secondary work of nut driving
For jacking apparatus, supporting-point is arranged in left stringer, the right vertical beam corresponding position of vehicle-carrying plate, and jacking apparatus passes through connection supporting-point jacking
Left stringer, right vertical beam realize the lifting of vehicle-carrying plate.
Two layers of parking apparatus that single parking stall is set up due to vehicle-carrying plate left stringer, right vertical beam and parking stall center line in it is left,
Right symmetric configuration, therefore, when vehicle-carrying plate carries vehicle, the cable wire/chain or column and vehicle left side on the left of parking stall
Between the left side headroom size formed between facade and cable wire/chain or column and vehicle right side facade on the right side of parking stall
The right side headroom size of formation is identical, and driver either passes in and out vehicle-carrying plate from leftward space or passes in and out carrier vehicle from right side of the space
Plate, the difficulty for avoiding cable wire/chain or column are identical.The parking stall width dimensions of installation parking apparatus are smaller, lead to equipment
Left and right side cable wire/chain between or left and right side column between clearance breadth size it is smaller, driver passes in and out vehicle-carrying plate
It is bigger to avoid difficulty；Alternatively, the width dimensions to be parked cars are bigger, the evacuation difficulty that driver passes in and out vehicle-carrying plate is bigger.It is this
Driver, which passes in and out the big disadvantage of vehicle-carrying plate difficulty, becomes the main barrier for two layers of parking apparatus popularization and application for influencing to set up single parking stall
Hinder.
Summary of the invention
It is an object of the invention to overcome the shortage of prior art, set specifically for two layers of parking apparatus of single parking stall setting
A kind of new structural vehicle-carrying plate is counted out, and therefore brings new technical application solution.The new structural vehicle-carrying plate is specifically:
The structure type of existing vehicle-carrying plate is changed to biasing layout (i.e. left and right asymmetry) from left and right symmetric configuration, and in design
Considered to the right to install perhaps installation to the left to adapt to the vehicles while passing mode of reversing storage or storage of advancing respectively；
Meanwhile the lifting driving method of original traction or the left stringer of jacking, right vertical beam is changed to traction or jacking front beam, rear cross
The lifting driving method of beam.This new structure vehicle-carrying plate can increase a wherein heel post or cable wire/chain to greatest extent
The headroom size formed between vehicle ipsilateral, driver select this side disengaging vehicle-carrying plate to can be obtained apparent convenience.
It is obvious that the cost of this new structural vehicle-carrying plate and the cost of the existing vehicle-carrying plate used are essentially identical, but new structure
Vehicle-carrying plate can significantly improve the convenience used, and compared with the existing vehicle-carrying plate used, can adapt to parking stall broad-ruler
Very little smaller occasion, increases the scope of application of equipment.
In addition, this new structure vehicle-carrying plate must using the lifting driving method of traction or jacking front beam, rear cross beam
It must be jacked using 4 tractions or 4 points, thus, it is easy to realize vehicle-carrying plate dynamic fall arrest technical solution, it can further really
Protect the operational safety of equipment.
In order to further increase ease of use and the safety of equipment, the also mating technology of camera shooting and projection of the present invention
The technical solution of scheme and application tension sensor.
To achieve the above object, the basic skill of the vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting
Art scheme, it is characterised in that: the vehicle-carrying plate is suitable for two layers of parking apparatus of single parking stall installation；It is following equipment parking stall its
In far from traveling lane direction definition be front, close to traveling lane direction definition be rear, other relative orientations arcs with
This is as referring to progress Unify legislation.
The vehicle-carrying plate includes a front beam, a rear cross beam, one piece of left bearing plate, one piece of right bearing plate.
The front position of equipment parking stall is arranged in the front beam, and the back side of equipment parking stall is arranged in the rear cross beam
It sets, the leftward position of equipment parking stall is arranged in the left bearing plate, and the right positions of equipment parking stall are arranged in the right bearing plate,
Left bearing plate, right bearing plate are fastenedly connected close to one end of front beam and front beam, and left bearing plate, right bearing plate are close to rear cross beam
One end be fastenedly connected with rear cross beam, front beam, rear cross beam, left bearing plate, right bearing plate be fastenedly connected after form a rigidity
Rectangular elements；Wherein, front beam, rear cross beam are respectively the backbar of vehicle-carrying plate；Left bearing plate is for carrying parked cars position
Wheel on the left of vehicle-carrying plate, right bearing plate is for carrying the wheel to park cars on the right side of vehicle-carrying plate.
The setoff installation refers to that the left bearing plate of vehicle-carrying plate, right bearing plate be not left and right right relative to the center line of parking stall
Claim；When left bearing plate, right bearing plate deviate to the right relative to the center line of parking stall, then vehicle is left when vehicle-carrying plate is normally parked
The headroom size of side is larger, corresponds to advance storage mode, when left bearing plate, right bearing plate relative to parking stall center line to the left
Side offset, then vehicle when vehicle-carrying plate is normally parked on the right side of headroom size it is larger, correspond to reversing storage mode.
4 tractions refer to that the lifting of vehicle-carrying plate is driven to tractive driving, and front beam, rear cross beam are respectively by two
The traction of a hanging point, total four hanging points, related traction medium includes cable wire or chain；The four-point supporting refers to vehicle-carrying plate
Lifting be driven to jacking driving, and the bearing by two supporting-points, total four supporting-points respectively of front beam, rear cross beam,
Associated support element includes that the driving of hydraulic oil cylinder piston is secondary or screw rod/nut driving is secondary.
Further, with the basic technology scheme of the vehicle-carrying plate of a kind of above-mentioned setoff installation, 4 tractions or four-point supporting
Based on, increase new technical solution, it is characterised in that: the mating camera shooting for increasing installation vehicles while passing vehicle-carrying plate of the vehicle-carrying plate
Camera and cell phone application program；The camera is WIFI wireless camera, is mounted on the front position of equipment parking stall, direction
Track direction, for capture apparatus parking stall ground and the image of the preceding facade to be parked cars；The cell phone application program is mating
Image captured by the camera is played in real time, and user mobile phone downloading has the cell phone application program；；When vehicle-carrying plate is located at parking stall
When ground is stood, driver enters vehicle-carrying plate or vehicle enters vehicle-carrying plate and triggers camera start-up operation, user mobile phone operation
The cell phone application program is connected with corresponding WIFI wireless camera signal, and driver can be according to the figure shown on mobile phone screen
Vehicle body, wheel are located at the specific location of vehicle-carrying plate when picture obviously observes vehicle storage, vehicle outbound, can accurately differentiate vehicle
Motion track it is whether suitable, and make in time direction adjustment.
Further, with the basic technology scheme of the vehicle-carrying plate of a kind of above-mentioned setoff installation, 4 tractions or four-point supporting
Based on, increase new technical solution, it is characterised in that: the mating camera shooting for increasing installation vehicles while passing vehicle-carrying plate of the vehicle-carrying plate
With projection facility；The facility includes camera, projector, projection wall；The camera is mounted on the front position of equipment parking stall
It sets, towards track direction, for capture apparatus parking stall ground and the image of the preceding facade to be parked cars；The projector peace
The middle position of forward side above vehicle-carrying plate, or it is mounted on the middle position of forward side above equipment parking stall；Institute
State the vertical plane position that projection wall is arranged in immediately ahead of equipment parking stall；Camera and projector signal are with wired or wireless
Mode connects, and the image that camera takes directly is played by projector, then launches and shows in projection wall；When vehicle-carrying plate position
When parking stall ground is stood, driver enters vehicle-carrying plate or vehicle enters that vehicle-carrying plate triggers camera and projector starts work
Make, vehicle body, wheel, which are located at, when driver can observe vehicle storage, vehicle outbound according to the image clearly shown in projection wall carries
The specific location of sweep can accurately differentiate whether the motion track of vehicle is suitable, and make direction adjustment in time.
Further, with the basic technology scheme of the vehicle-carrying plate of a kind of above-mentioned setoff installation, 4 tractions or four-point supporting
Based on, increase new technical solution, it is characterised in that: when the lifting of the vehicle-carrying plate is driven to tractive driving, in cable wire or
The hanging point position that person's chain connected vehicle-carrying plate originally increases installation tension sensor；Specifically: each extension of the front beam
Point position, the rear cross beam each hanging point position fasten installation one, total four tension sensors respectively, cable wire or
That one end that chain connected hanging point originally is changed to connect corresponding tension sensor, the control dress of tension sensor and parking apparatus
Confidence number connection；When vehicle-carrying plate rises or decline is run, the dynamic loads of each hanging point are detected by corresponding tension sensor,
Coherent detection data are input to the control device of parking apparatus, and parking apparatus control device can be calculated according to these detection datas
The total load head of vehicle-carrying plate out judges that vehicle-carrying plate whether there is overload, unbalance loading phenomenon, and makes corresponding operation driving accordingly；When
There is biggish loads change in one or more of these detection datas, and parking apparatus control device can be analyzed, sentence
It is disconnected, and make whether occur cable wire perhaps chain occur the failure phenomenons such as deformation, fracture or, if vehicle-carrying plate has declined
In place, and accordingly corresponding disposition is made.
Further, with the basic technology scheme of the vehicle-carrying plate of a kind of above-mentioned setoff installation, 4 tractions or four-point supporting
Based on, increase new technical solution, it is characterised in that: drive when the lifting of the vehicle-carrying plate is driven to jacking, carry originally
The position that sweep connects the supporting-point of supporting member increases installation pressure sensor；Specifically: each branch of the front beam
Each the supporting-point position for holding a position, the rear cross beam fastens installation one respectively, amounts to four pressure sensors, bearing
That one end that element connected supporting-point originally is changed to connect corresponding pressure sensor, the control of pressure sensor and parking apparatus
The connection of device signal；When vehicle-carrying plate rises or decline is run, the dynamic loads of each supporting-point are examined by corresponding pressure sensor
It measures, coherent detection data are input to the control device of parking apparatus, and parking apparatus control device is according to these detection data energy
The total load head for enough calculating vehicle-carrying plate judges that vehicle-carrying plate whether there is overload, unbalance loading phenomenon, and makes corresponding operation accordingly and drive
It is dynamic；When biggish loads change occurs in one or more of these detection datas, parking apparatus control device can divide
Analysis, judgement, and make some supporting member failure phenomenon whether occur, or, if vehicle-carrying plate has declined in place, and accordingly
Make corresponding disposition.
Further, with the basic technology scheme of the vehicle-carrying plate of a kind of above-mentioned setoff installation, 4 tractions or four-point supporting
Based on, increase new technical solution, it is characterised in that: the mating installation dynamic falling proof device of vehicle-carrying plate；The dynamic
Falling proof device installs four sets altogether, and every set dynamic falling proof device includes corresponding a matched root post, a fixed member
Part, a set of active unit, a set of driving unit.
Parking apparatus professional standard regulation, vehicle-carrying plate must be equipped with falling proof device, so that vehicle-carrying plate is quiet in non-ground floor
Obtain preventing the safeguard protection of tenesmus when setting.This falling proof device is static falling proof device in fact, works as vehicle-carrying plate
In the operational process for rising or declining, which cannot play any protection for preventing vehicle-carrying plate from surprisingly dropping
Effect.And in fact, vehicle-carrying plate will appear traction or jacking component failure, meeting in the operational process for rising or declining
There is unbalance loading the security risks such as to topple.Therefore, it can accomplish that dynamic fall arrest is optimal simultaneously.Here it proposes while doing
To the technical solution of static fall arrest and dynamic fall arrest
The column is arranged in the arranged on left and right sides of equipment parking stall respectively, and one shares four, respectively left front column, right front column,
Left back column, right rear column.
The fixing element shares four, mating with four columns one-to-one correspondence, using following two building mode
One of which: building mode one, using one of side elevation of the column as fixing element；Building mode two, first
It makes, is then securedly mounted on one of side elevation of the column on a strip-shaped steel plate.
The structure of the fixing element use following two one of which: structure one, on fixing element production or
Several unidirectional ratchets are installed, fixing element building is completed, and the plane of ratchet is upward, and the upper plane of each ratchet is as fixation
The fall arrest working face of element；Structure two opens up several channel-shaped through-holes on fixing element, and fixing element building is completed, often
Fall arrest working face of the lower flat of one channel-shaped through-hole as fixing element.
The active unit shares four sets, mating with fixing element one-to-one correspondence, using its of following two mode
Middle one kind:
Mode is first is that sliding shoe fall arrest, the active unit include sliding shoe, sliding shoe mounting base；The sliding shoe mounting base
With an internal cavities, sliding shoe mounting base is securedly mounted on the left crossbeam or right crossbeam of vehicle-carrying plate, installation site
Match with the position of corresponding matched fixing element；The sliding shoe is horizontally disposed, as the fall arrest element of active unit,
Fall arrest working face is lower, planar, and the internal cavities with sliding shoe mounting base are slip cooperating relationship, can be pacified in sliding shoe
Fill the sliding that rectilinear direction is carried out under the constraint of the internal cavities of seat；When the fall arrest working face of sliding shoe and corresponding fixation are first
The fall arrest working face of part in vertical direction there are overlapping area, then vehicle-carrying plate toward bottom offset, to the fall arrest work of sliding shoe
Make face to contact with the generation of the fall arrest working face of corresponding fixing element, fixing element is that the generation to sliding shoe supports, in turn
Bearing is generated to sliding shoe mounting base, vehicle-carrying plate crossbeam, prevent vehicle-carrying plate is from continuing toward bottom offset.
Mode is second is that swivel hook fall arrest, the active unit include swivel hook, rotation axis, swivel hook mounting base；It is described
Swivel hook mounting base is securedly mounted on the left crossbeam or right crossbeam of vehicle-carrying plate, the fixed member of installation site and corresponding configuration
The position of part matches；Fall arrest element of the swivel hook as active unit, the shape of working portion are in hook-shaped, hook
Plane be oriented downwards, fall arrest working face be swivel hook lower, planar；Rotation axis setting the swivel hook it
On, central axis is parallel with the fall arrest working face of swivel hook；The swivel hook mounting base be provided be slidably matched with rotation axis,
The through-hole that axis is arranged in horizontal direction enables and is provided with the swivel hook of rotation axis in the pact of the through-hole of swivel hook mounting base
It is swung under beam around the central axis of rotation axis；When the fall arrest working face of swivel hook works with the fall arrest of corresponding fixing element
Face in vertical direction there are overlapping area, then vehicle-carrying plate toward bottom offset, to the fall arrest working face and fixing element of swivel hook
Fall arrest working face generates contact, and fixing element generates bearing to swivel hook, and then to swivel hook mounting base, vehicle-carrying plate crossbeam
Bearing is generated, prevent vehicle-carrying plate is from continuing toward bottom offset.
The effect of the driving unit is the fall arrest element movement of the corresponding matched active unit of driving, shares four sets,
It is mating one by one with corresponding active unit, including push-pull electromagnet, pushing member；The push-pull electromagnet includes that position is solid
Fixed motionless main body cover and push-pull rod for linear motion；Wherein, main body cover is securedly mounted on crossbeam；In energization
Under the collective effect of the spring restoring force after electromagnetic force and power-off afterwards, there are two kinds of extreme position states for push-pull rod: state
First is that power-off restoration state, is normality, the fall arrest working face of the fall arrest element of corresponding active unit and matched fixed member
The fall arrest working face of part is in the disengaged position without overlapping area in vertical direction；State is corresponding second is that the state that works on power
The fall arrest working face of the fall arrest element of active unit and the fall arrest working face of matched fixing element are at vertical direction
In the fall arrest state for having overlapping area；The working condition of push-pull electromagnet exports letter by the control device of the parking apparatus
Number control, the signal that the control device of parking apparatus issues act on four sets of plug-type electromagnetism for being mounted on different location simultaneously
Iron；When push-pull electromagnet, which needs to enter, works on power state, the control device sending signal of parking apparatus makes plug-type
Electromagnet is powered；When push-pull electromagnet needs to enter power-off restoration state, the control device of parking apparatus, which issues signal, to be made
Obtain push-pull electromagnet power-off.
The effect of the pushing member be push-pull electromagnet between power-off restoration state and the state that works on power
The fall arrest element movement that the push-pull rod that position conversion generates moves along a straight line for driving the active unit, specifically:
When the active unit employing mode one is sliding shoe fall arrest, the pushing member is the rod piece of rigidity, the rod piece
One end be fastenedly connected on the push-pull rod of push-pull electromagnet, the other end is fastenedly connected the sliding in corresponding active unit
On block, so that the cunning of corresponding active unit is directly driven when the push-pull rod of push-pull electromagnet is for linear motion by rod piece
Motion block synchronizes for linear motion；When push-pull rod is changed into power-off restoration state from the state of working on power, push-pull electromagnet is pushed away
Pull rod directly drives rod piece and the sliding shoe of corresponding active unit is driven to make straight-line displacement, so that the fall arrest of sliding shoe works
The fall arrest working face of face and matched fixing element is in the disengaged position without overlapping area in vertical direction；When push-pull rod from
Power-off restoration state is changed into the state of working on power, and the push-pull rod of push-pull electromagnet directly drives rod piece and drives corresponding work
The sliding shoe of moving cell makees opposite direction straight-line displacement, so that the fall arrest working face of sliding shoe and matched fixing element is anti-fall
It falls working face and is in the fall arrest state for having overlapping area in vertical direction.
When the active unit employing mode two is swivel hook fall arrest, the pushing member includes drag-line flexible, cunning
Wheel；One end of the drag-line is tightening and linked on the push-pull rod of push-pull electromagnet, and the other end is bypassed along the pulley groove of pulley
Pulley, be then tightening and linked in corresponding active unit swivel hook one end so that the push-pull rod of push-pull electromagnet make it is straight
Traction cable enables the swivel hook of corresponding active unit to swing around the central axis of rotation axis when line moves；Work as push-pull rod
It is changed into power-off restoration state from the state of working on power, the push-pull rod traction cable of push-pull electromagnet simultaneously drives corresponding activity
The swivel hook of unit is swung around the central axis of rotation axis, so that the fall arrest working face of swivel hook and matched fixing element
Fall arrest working face is in the disengaged position without overlapping area in vertical direction；On push-pull rod is changed into from power-off restoration state
Electric working condition, the push-pull rod traction cable of push-pull electromagnet simultaneously drive the swivel hook of corresponding active unit around rotation axis
Central axis opposite direction is swung, so that the fall arrest working face of swivel hook and the fall arrest working face of matched fixing element are hanging down
Histogram is in the fall arrest state for having overlapping area.
The effect of the dynamic falling proof device is to ensure that vehicle-carrying plate will not fall accident, including static fall arrest with
And dynamic fall arrest；The static state fall arrest, which refers to vehicle-carrying plate to be located at when topside position is stood, prevents vehicle-carrying plate from falling down；
If the dynamic fall arrest refers to that vehicle-carrying plate occurs powering off when rising or declining operation or other safety accidents, vehicle-carrying plate stop
It can prevent vehicle-carrying plate from falling down when only running.
The static state fall arrest principle is: vehicle-carrying plate is located at topside position standing, and push-pull electromagnet is in power-off restoration
State；The fall arrest working face of this when, the fall arrest working face of active unit and fixing element vertical direction there are
Overlapping area and in contact, be firmly linked with state, prevent vehicle-carrying plate is from moving down.
The dynamic fall arrest principle is: vehicle-carrying plate rises or decline operational process, the output of parking apparatus control device
Signal makes push-pull electromagnet be in work once electrified state, so that the fall arrest working face of active unit and fixing element is anti-
The working face that falls is in non-contacting disengaged position, overlapping area is not present in vertical direction, active unit and vehicle-carrying plate are servo-actuated
Shi Buhui is contacted with fixing element generation, will not interfere the rising or decline operation of vehicle-carrying plate；When parking apparatus powers off
Situation, driving unit push-pull electromagnet are in power-off restoration state immediately；When safety failure, plug-type electricity occurs in parking apparatus
Magnet is triggered by safety failure signal or issues signal triggering by parking apparatus control device, in power-off restoration state；It pushes away
The power-off restoration state of pull-type electromagnet acts push-pull rod, drives sliding shoe or the swivel hook movement of active unit, makes
Active unit fall arrest working face and the fall arrest working face of fixing element in vertical direction, there are overlapping areas, at this point,
Even if vehicle-carrying plate has displacement action down, when vehicle-carrying plate is moved to the fall arrest working face of active unit and preventing for fixing element
The working face that falls generates contact, and fixing element generates bearing to active unit, prevent vehicle-carrying plate is from continuing to reach toward bottom offset
To the effect for dynamically preventing vehicle-carrying plate from falling.
The invention has the beneficial effects that: the structure type of vehicle-carrying plate is changed to biasing from left and right symmetric configuration and is laid out, and
Had been contemplated that when design can adapt to it is to the right installation perhaps installation to the left with adapt to respectively reversing storage or advance storage vehicle
Disengaging mode, this new structure can increase a wherein heel post or cable wire/chain and vehicle ipsilateral to greatest extent
Between the headroom size that is formed, driver selects this side disengaging vehicle-carrying plate to can be obtained apparent convenience；In the basic phase of cost
With under the premise of, compared with the existing vehicle-carrying plate used, it can adapt to the smaller occasion of parking stall width dimensions, increase equipment
The scope of application.This vehicle-carrying plate is easy to add using 4 tractions or the lifting driving method of 4 points of jacking front beams, rear cross beam
Fill tension sensor；Cooperate four columns, it is easy to accomplish vehicle-carrying plate dynamic fall arrest technical solution can further ensure that equipment
Operational safety.In order to further increase ease of use and the safety of equipment, the also mating camera shooting of the present invention and projection
Technical solution.These measures are beneficial to the popularization and use of two layers of parking apparatus of single parking stall installation.
Detailed description of the invention
Fig. 1, Fig. 2 are structure diagram of the current parking apparatus using the vehicle-carrying plate of 4 tractions.In figure: 1 vehicle；It is horizontal before 2
Beam；3-1 wirerope one；3-2 wirerope two；3-3 wirerope three；3-4 wirerope four；4-1 column one；4-2 column two；4-3 is vertical
Column three；4-4 column four；5 right vertical beams；6 rear cross beams；7 loading ramp plates；8 left stringers；9 parking stall center lines；10 vehicle-carrying plate centers
Line.
Fig. 3, Fig. 4 are the one of embodiment of vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting
Structure diagram, show that vehicle-carrying plate is mounted on parking stall middle position in figure；Fig. 5, Fig. 6 are a kind of setoff installation of the present invention, 4 points
The structure diagram of another embodiment of the vehicle-carrying plate of traction or four-point supporting shows setoff installation on the left of vehicle-carrying plate in figure；Figure
7, Fig. 8 is the structure diagram of the 3rd embodiment of the vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting, figure
Setoff installation on the right side of middle display vehicle-carrying plate.
In the figure of Fig. 3 to Fig. 8: 1 vehicle；2 front beams；3-1 wirerope one；3-2 wirerope two；3-3 wirerope three；3-4
Wirerope four；4-1 column one；4-2 column two；4-3 column three；4-4 column four；5 right bearing plates；6 rear cross beams；7 loading ramps
Plate；8 left bearing plates；9 parking stall center lines；10 vehicle-carrying plate center lines.
Fig. 9 is one of embodiment that an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention uses tension sensor
Structure, scheme of installation.In figure: 1 wirerope；2 hanging rings；3 lock nuts；4 tension sensor ontologies；5 vehicle-carrying plates；6 fastenings
Bolt；8 signal output lines.
Figure 10 is one of them that an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention uses dynamic falling proof device
The structure of embodiment, scheme of installation.In figure: 1 column；2 channel-shaped through-holes；3-1 sliding shoe mounting base；3-2 sliding shoe；4 rod pieces；
5-1 electromagnet main body；5-2 push-pull rod；6 vehicle-carrying plates；7-1 bolt one；7-2 bolt two.
Figure 11 is another reality that an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention uses dynamic falling proof device
Apply structure, the scheme of installation of example.In figure: 1 column；2 ratchets；3 rotation axis；4 swivel hooks；5 pulley spindles；6 bolts；7 mounting plates；
8-1 electromagnet main body；8-2 push-pull rod；9 drag-lines；10 pulleys, 11 swivel hook mounting bases, 12 vehicle-carrying plates.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings, and protection scope of the present invention is not limited to as described below.
As shown in Figure 1 and Figure 2, use at 4 points for current parking apparatus (two layers of the parking apparatus set up including single parking stall)
The structure diagram of the vehicle-carrying plate of traction.Wherein, Fig. 2 is the a-a cross-sectional view of Fig. 1.Comparative diagram 1, Fig. 2 are as it can be seen that front beam 2, rear cross
Beam 6, left stringer 8, right vertical beam 5 are fastenedly connected, and constitute the arranged on left and right sides stiff rectangular frame full symmetric with parking stall center line 9
(vehicle-carrying plate center line 10 is overlapped with parking stall center line 9), vehicle-carrying plate is equipped with loading ramp plate 7 close to the position of driving lane.
As it can be seen that the upper plane of left stringer 8 and right vertical beam 5 is apparently higher than the bearing plane of the wheel of vehicle-carrying plate vehicle 1 in figure, rise
To stopping wheel to cross the border the effect parked, vehicle 1 is avoided to occur biggish positional shift when parking.In figure as it can be seen that left stringer 8,
Right vertical beam 5 is provided with hanging point respectively as the backbar of vehicle-carrying plate above；Three 3-3 of wirerope, a four 3-4 traction left side of wirerope are vertical
Beam 8, one 3-1 of wirerope, two 3-2 traction right vertical beam 5 of wirerope, realizes the lifting of vehicle-carrying plate.
When current parking apparatus uses 4 traction vehicle-carrying plates, four columns are generally arranged at four exterior angles position of parking stall
It sets, one 4-1 of column as shown, two 4-2 of column, three 4-3 of column, four 4-4 of column, this structure is obviously difficult to install dynamically anti-
Drop device.Therefore, static falling proof device when vehicle-carrying plate is located at upper layer standing is only installed.
Visible in figure: left stringer 8, right vertical beam 5 and the parking stall center line 9 of vehicle-carrying plate are in left and right symmetric configuration, and vehicle-carrying plate is held
Be loaded with vehicle 1, the left side headroom size A formed between 1 left side elevational of the cable wire on the left of parking stall and vehicle be located at parking stall
The right side headroom size A formed between the cable wire on right side and 1 right side facade of vehicle is identical, and driver either passes in and out from leftward space
Vehicle-carrying plate passes in and out vehicle-carrying plate from right side of the space, and the difficulty for avoiding cable wire is identical.The parking stall broad-ruler of parking apparatus is installed
It is very little it is smaller, cause the clearance breadth size between the left and right side cable wire of equipment smaller, driver pass in and out vehicle-carrying plate evacuation difficulty get over
Greatly；Alternatively, the width dimensions to be parked cars are bigger, the evacuation difficulty that driver passes in and out vehicle-carrying plate is bigger.This driver, which passes in and out, to be carried
The big disadvantage of sweep difficulty, which becomes, influences the major obstacle that two layers of parking apparatus that single parking stall is set up promotes and applies.
It as shown in Figure 3, Figure 4, is the vehicle-carrying plate and vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting
Positioned at the structure diagram of one of embodiment in parking stall middle position, wherein Fig. 4 is the a-a cross-sectional view of Fig. 3.
It as shown in Figure 5, Figure 6, is the vehicle-carrying plate and vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting
The structure diagram of another embodiment of left side setoff installation, wherein Fig. 6 is the a-a cross-sectional view of Fig. 5.
It as shown in Figure 7, Figure 8, is the vehicle-carrying plate and vehicle-carrying plate of a kind of setoff installation of the present invention, 4 tractions or four-point supporting
The structure diagram of the third embodiment of right side setoff installation, wherein Fig. 8 is the a-a cross-sectional view of Fig. 7.
Since the structure of Fig. 3 to embodiment illustrated in fig. 8 is identical, therefore investigates, describes together.
Comparative diagram 3, Fig. 4 or comparative diagram 5, Fig. 6 or comparative diagram 7, Fig. 8 are as it can be seen that vehicle-carrying plate of the present invention includes setting
A front beam 2 in equipment parking stall front position is set, a rear cross beam 6 of equipment parking stall rear position is arranged in rear cross beam,
One piece of left bearing plate 8 of equipment parking stall leftward position is set, one piece of right bearing plate 5 of equipment parking stall right positions is set；
Left bearing plate 8, right bearing plate 5 are fastenedly connected close to one end of front beam 2 and front beam 2, and left bearing plate 8, right bearing plate 5 are close
One end of rear cross beam 6 is fastenedly connected with rear cross beam 6, after front beam 2, rear cross beam 6, left bearing plate 8, right bearing plate 5 are fastenedly connected
Form a stiff rectangular component；Wherein, front beam 2, rear cross beam 6 are respectively the backbar of vehicle-carrying plate；Left bearing plate 8 is for holding
1 wheel being located on the left of vehicle-carrying plate that parks cars is carried, right bearing plate 5 parks cars 1 on the right side of vehicle-carrying plate for carrying
Wheel.
Known to the structure of existing vehicle-carrying plate shown in comparative diagram 1, Fig. 2: the knot of vehicle-carrying plate of the present invention and existing vehicle-carrying plate
Structure has 3 significant differences: first, vehicle-carrying plate of the present invention is using front beam, rear cross beam as backbar；And existing vehicle-carrying plate
It is using left stringer, right vertical beam as backbar.Second, left bearing plate, the right bearing plate of vehicle-carrying plate of the present invention are (similar existing
Left stringer, the right vertical beam of vehicle-carrying plate) can easily it be arranged in the form of centre setting or biasing to the left or to right-hand offset
In the inner space position that front beam, rear cross beam are formed；And existing vehicle-carrying plate is fixed setting, left stringer, right vertical beam distinguish position
In the leftmost side and the rightmost side of parking stall, and as backbar, cannot bias.Third, vehicle-carrying plate of the present invention are horizontal before corresponding
Beam, the endpoint location setting hanging point of rear cross beam and wirerope, wirerope position are correspondingly arranged column, so that column branch endurance knot
Structure is optimal, and column can play antifouling and protective effect to wirerope, can conveniently set up dynamic falling proof device；And show
There is vehicle-carrying plate in left stringer, right vertical beam setting hanging point and wirerope, column, wirerope position are set in parking stall outer point position
Far from column, column bearing force structure is simultaneously non-optimal, and column can not play antifouling and protective effect to wirerope, also difficult
Dynamic falling proof device is arranged.
Shown in Fig. 3, Fig. 4, left bearing plate 8, the right bearing plate 5 of vehicle-carrying plate are located at the setting of parking stall middle position.It is visible in figure:
The left side headroom size A formed between 1 left side elevational of column on the left of parking stall and vehicle and the column being located on the right side of parking stall
The right side headroom size A formed between 1 right side facade of vehicle is identical.At this point, driver either passes in and out carrier vehicle from leftward space
Plate passes in and out vehicle-carrying plate from right side of the space, and the difficulty for avoiding column is identical.
Shown in Fig. 5, Fig. 6, left bearing plate 8, the right bearing plate 5 of vehicle-carrying plate are located at parking stall position setting to the left, offset distance
For C.Visible in figure: the right side headroom size B formed between 1 right side facade of the column on the right side of parking stall and vehicle is obviously than figure
3, right side headroom size A shown in Fig. 4 is big, theoretically, B=A+C.Therefore, at this point, driver passes in and out load from right side of the space
Sweep is obviously much relatively easy.Specification is arranged for the steering wheel for vehicle in China, this biasing setting to the left is suitable for down
Vehicle is put in storage mode.
Shown in Fig. 7, Fig. 8, left bearing plate 8, the right bearing plate 5 of vehicle-carrying plate are located at parking stall position setting to the right, offset distance
For C.Visible in figure: the right side headroom size B formed between 1 left side elevational of the column on the left of parking stall and vehicle is obviously than figure
3, left side headroom size A shown in Fig. 4 is big, theoretically, B=A+C.Therefore, at this point, driver passes in and out load from leftward space
Sweep is obviously much relatively easy.Specification is arranged for the steering wheel for vehicle in China, before this biasing setting to the right is suitable for
Into library mode.
Newly-increased technical solution of the invention is related to increase installation WIFI wireless camera, the dedicated cell phone application program of outfit is broadcast
It puts instant video or increases installation camera, projector broadcasting instant video, these belong to mature technology, and aforementioned text
It is clarified above expression, is not repeated here.
Newly-increased technical solution of the invention is related to increasing installation tension sensor.Existing parking apparatus is especially single parking stall
Two layers of parking apparatus of installation is fitted without tension sensor.But tension sensor has been answered extensively in other field
With.The present invention is particularly suitable for increasing installation tension sensor using the structure of the corresponding four wirerope tractions of four columns, with into
The safety in utilization of one step increase parking apparatus.
As shown in figure 9, using wherein the one of tension sensor for an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention
The structure of a embodiment, scheme of installation.Visible in figure: used tension sensor is common S type tension sensor；It draws
Force snesor ontology 4 fastens connection by fastening bolt 6 and vehicle-carrying plate 5 above hanging point, and hanging ring 2 passes through itself screw rod and locking
The other end of nut 3 and tension sensor ontology 4, which fastens, to be linked, and wirerope 1 implements traction, pulling force to vehicle-carrying plate 5 by hanging ring 2
Sensor exports the payload data that real-time measurement obtains to upper control machine by signal output line 8.In addition, tension sensor
It can be replaced with pressure sensor.
Newly-increased technical solution of the invention is related to increasing installation dynamic falling proof device.Existing parking apparatus is especially single
Two layers of parking apparatus of parking stall installation is fitted without dynamic falling proof device, but dynamic fall arrest has obtained extensively in elevators field
General application, it can be ensured that equipment, facility using safe.The present invention corresponds to traction front beam, rear cross using four pillar structure
The form of beam to increase and installs dynamic falling proof device, and it is a set of dynamic that a specifically root post corresponds to mating installation
State falling proof device.
As shown in Figure 10, for an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention use dynamic falling proof device its
The structure of middle one embodiment, scheme of installation.Visible in figure: the embodiment uses sliding shoe fall arrest.Specifically: column 1
As the fixing element of dynamic falling proof device, several channel-shaped through-holes 2 are offered on column 1；Sliding shoe mounting base 3-1,
Sliding shoe 3-2 forms a set of active unit, and sliding shoe 3-2 can be along the left and right of diagram under the constraint of sliding shoe mounting base 3-1
Direction displacement, sliding shoe mounting base 3-1 are securedly mounted on vehicle-carrying plate 6 by one 7-1 of bolt；Electromagnet main body 5-1, push-and-pull
Bar 5-2 forms push-pull electromagnet, and push-pull rod 5-2 is illustrated on edge under the action of powering on the suction-combining force and power-off restoration power in electromagnet
The displacement of left and right direction, electromagnet main body 5-1 is securedly mounted on vehicle-carrying plate 6 by two 7-2 of bolt；Rod piece 4 is as promotion
Element, one end connect push-pull rod 5-2, and the other end connects sliding shoe 3-2.
The state shown on the left of Figure 10 is: it is logical that sliding shoe 3- 2 has protruded into the one of channel-shaped opened up on column 1
2 inner space of hole, when vehicle-carrying plate 6 is further toward bottom offset, (fall arrest of active unit works the lower, planar of sliding shoe 3-2
Face) it will be contacted with the top plane of channel-shaped through-hole 2 (the fall arrest working face of fixing element), vehicle-carrying plate 6 can not continue down
Displacement, plays the role of dynamic fall arrest.The state is fall arrest state, i.e. the power-off restoration state of push-pull electromagnet.
The state shown on the right side of Figure 10 is: power-off restoration state of the push-pull electromagnet on the left of Figure 10, which is changed into, to be powered on
Working condition, the push-pull rod 5-2 of push-pull electromagnet are drawn toward right direction by the suction-combining force that powers on of electromagnet and are made straight-line displacement, directly
It connects driving rod piece 4 and the sliding shoe 3-2 of corresponding active unit is driven to make straight-line displacement to past right direction is illustrated, so that sliding shoe
The fall arrest working face of 3-2 and the fall arrest working face of matched fixing element are in the disengaging without overlapping area in vertical direction
State, the i.e. state that works on power of push-pull electromagnet.
As shown in figure 11, the another of dynamic falling proof device is used for an a kind of machine multi-plate crossing system of vehicle-carrying plate of the present invention
The structure of one embodiment, scheme of installation.Visible in figure: the embodiment uses swivel hook fall arrest.Specifically: column 1 is made
For the fixing element of dynamic falling proof device, production has several unidirectional ratchets 2 on column 1；Rotation axis 3, swivel hook 4 and
Swivel hook mounting base 11 forms a set of active unit, and swivel hook 4 can be rotated around rotation axis 3, the fastening peace of swivel hook mounting base 11
On vehicle-carrying plate 12, rotation axis 3 is rotated the constraint of hook mounting base 11, cannot be displaced；Electromagnet main body 8-1, push-pull rod 8-2
Push-pull electromagnet is formed, is securedly mounted on mounting plate 7 by bolt 6, mounting plate 7 is fastenedly connected with vehicle-carrying plate 12；It is sliding
Wheel shaft 5, drag-line 9, pulley 10 are used as pushing member, wherein pulley 10 can be rotated around pulley spindle 5, (not had in figure by pulley base
Display) it is arranged on vehicle-carrying plate 12, then one end connection push-pull rod 8-2 of drag-line 9, drag-line 9, the other end connects around pulley 10
Connect swivel hook 4.
The state shown on the left of Figure 11 is: swivel hook 4 has protruded into the upper of the one of ratchet 2 made on column 1
Side space, when vehicle-carrying plate 12 is further toward bottom offset, the lower, planar (the fall arrest working face of active unit) of swivel hook 4 will be with
The top plane (the fall arrest working face of fixing element) of ratchet 2 contacts, and vehicle-carrying plate 12 can not continue to play dynamic toward bottom offset
The effect of state fall arrest.The state is fall arrest state, i.e. the power-off restoration state of push-pull electromagnet.
The state shown on the right side of Figure 11 is: push-pull electromagnet is changed into from the power-off restoration state on the left of Figure 11 to be powered on
Working condition, the push-pull rod 8-2 of push-pull electromagnet are drawn toward top by the suction-combining force that powers on of electromagnet and are made straight-line displacement, traction
Drag-line 9 and by drag-line 9 drive the swivel hook 4 of corresponding active unit around rotation axis 3 to diagram rotationally clockwise so that
The fall arrest working face of swivel hook 4 and the fall arrest working face of matched fixing element are in vertical direction without overlapping area
Disengaged position, the i.e. state that works on power of push-pull electromagnet.
The above embodiment is a preferred embodiment of the present invention, but embodiments of the present invention are not by above-described embodiment
Limitation, other any changes, modifications, substitutions, combinations, simplifications made without departing from the spirit and principles of the present invention,
It should be equivalent substitute mode, be included within the scope of the present invention.
Claims (6)
1. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting, it is characterised in that: the vehicle-carrying plate is suitable for single
Two layers of parking apparatus of parking stall installation；Following equipment parking stall, wherein the direction definition far from traveling lane is front, close
The direction definition of traveling lane is rear, other relative orientations arcs are in this, as referring to progress Unify legislation；
The vehicle-carrying plate includes a front beam, a rear cross beam, one piece of left bearing plate, one piece of right bearing plate；
The front position of equipment parking stall is arranged in the front beam, and the rear position of equipment parking stall, institute is arranged in the rear cross beam
The leftward position that equipment parking stall is arranged in left bearing plate is stated, the right positions of equipment parking stall, Zuo Cheng is arranged in the right bearing plate
Weight plate, right bearing plate are fastenedly connected close to one end of front beam and front beam, and left bearing plate, right bearing plate are close to the one of rear cross beam
End is fastenedly connected with rear cross beam, and front beam, rear cross beam, left bearing plate, right bearing plate form a stiff rectangular after being fastenedly connected
Component；Wherein, front beam, rear cross beam are respectively the backbar of vehicle-carrying plate；Left bearing plate is carried for carrying to park cars to be located at
Wheel on the left of sweep, right bearing plate is for carrying the wheel to park cars on the right side of vehicle-carrying plate；
The setoff installation refers to the left and right asymmetry of center line of the left bearing plate of vehicle-carrying plate, right bearing plate relative to parking stall；When
Left bearing plate, right bearing plate deviate to the right relative to the center line of parking stall, then vehicle when vehicle-carrying plate is normally parked on the left of
Headroom size is larger, corresponds to advance storage mode, when the center line lateral deviation to the left of left bearing plate, right bearing plate relative to parking stall
Move, then vehicle when vehicle-carrying plate is normally parked on the right side of headroom size it is larger, correspond to reversing storage mode；
4 tractions refer to that the lifting of vehicle-carrying plate is driven to tractive driving, and front beam, rear cross beam are hung by two respectively
The traction of point, total four hanging points, related traction medium includes cable wire or chain；The four-point supporting refers to the liter of vehicle-carrying plate
Drop is driven to jacking driving, and the bearing by two supporting-points, total four supporting-points respectively of front beam, rear cross beam, related
Supporting member includes that the driving of hydraulic oil cylinder piston is secondary or screw rod/nut driving is secondary.
2. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting according to claim 1, it is characterised in that: institute
State the mating camera shooting camera and cell phone application program for increasing installation vehicles while passing vehicle-carrying plate of vehicle-carrying plate；The camera is WIFI
Wireless camera is mounted on the front position of equipment parking stall, towards track direction, for capture apparatus parking stall ground and is stopped
Put the image of the preceding facade of vehicle；The cell phone application program is mating to play image captured by the camera, user mobile phone in real time
Downloading has the cell phone application program；When vehicle-carrying plate, which is located at parking stall ground, to be stood, driver enters vehicle-carrying plate or vehicle enters load
Sweep triggers camera and starts to work, and user mobile phone runs the cell phone application program, believes with corresponding WIFI wireless camera
Number connection, driver can be observed according to the image clearly shown on mobile phone screen vehicle storage, vehicle outbound when vehicle body, wheel
Positioned at the specific location of vehicle-carrying plate, can accurately differentiate whether the motion track of vehicle is suitable, and make direction adjustment in time.
3. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting according to claim 1, it is characterised in that: institute
State the mating camera shooting for increasing installation vehicles while passing vehicle-carrying plate of vehicle-carrying plate and projection facility；The facility include camera, projector,
Projection wall；The camera is mounted on the front position of equipment parking stall, towards track direction, for capture apparatus parking stall ground with
And the image of the preceding facade to be parked cars；The projector is mounted on the middle position of forward side above vehicle-carrying plate, or
It is mounted on the middle position of forward side above equipment parking stall；The vertical plane immediately ahead of equipment parking stall is arranged in the projection wall
Position；Camera is connect in wired or wireless manner with projector signal, and camera is directly played by projector and is taken
Image, then launch and shown in projection wall；When vehicle-carrying plate, which is located at parking stall ground, to be stood, driver enters vehicle-carrying plate or vehicle
Enter vehicle-carrying plate and trigger camera and projector and start to work, driver can see according to the image clearly shown in projection wall
Vehicle body, wheel are located at the specific location of vehicle-carrying plate when observing vehicle storage, vehicle outbound, can accurately differentiate the moving rail of vehicle
Whether mark is suitable, and makes direction adjustment in time.
4. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting according to claim 1, it is characterised in that: when
The lifting of the vehicle-carrying plate is driven to tractive driving, increases installation in the hanging point position that cable wire or chain connected vehicle-carrying plate originally
Tension sensor；Specifically: each hanging point position of the front beam, each hanging point position difference of the rear cross beam are tight
Guan County fills one, amounts to four tension sensors, and it is corresponding that one end that cable wire or chain connected hanging point originally is changed to connection
The control device signal of tension sensor, tension sensor and parking apparatus connects；When vehicle-carrying plate rises or decline is run, respectively
The dynamic loads of hanging point are detected that coherent detection data are input to the control device of parking apparatus by corresponding tension sensor,
Parking apparatus control device can calculate the total load head of vehicle-carrying plate according to these detection datas, judge vehicle-carrying plate with the presence or absence of super
It carries, unbalance loading phenomenon, and makes corresponding operation driving accordingly；When one or more appearance of these detection datas is larger
Loads change, parking apparatus control device can analyze, judge, and make whether there is cable wire or chain occur deformation,
The failure phenomenons such as fracture, or, if vehicle-carrying plate has declined in place, and makes corresponding disposition accordingly.
5. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting according to claim 1, it is characterised in that: when
The lifting of the vehicle-carrying plate is driven to jacking driving, increases installation in the position of the supporting-point of original vehicle-carrying plate connection supporting member
Pressure sensor；Specifically: each supporting-point position of the front beam, each supporting-point position of the rear cross beam are divided
One Jin Gu not installed, amount to four pressure sensors, it is corresponding that one end that supporting member connected supporting-point originally is changed to connection
Pressure sensor, the control device signal of pressure sensor and parking apparatus connects；When vehicle-carrying plate rises or decline is run,
The dynamic loads of each supporting-point are detected that coherent detection data are input to the control dress of parking apparatus by corresponding pressure sensor
It sets, parking apparatus control device can calculate the total load head of vehicle-carrying plate according to these detection datas, judge whether vehicle-carrying plate is deposited
In overload, unbalance loading phenomenon, and corresponding operation driving is made accordingly；When one or more appearance of these detection datas
Biggish loads change, parking apparatus control device can be analyzed, judge, and make and the failure of some supporting member whether occur now
As, or, if vehicle-carrying plate has declined in place, and makes corresponding disposition accordingly.
6. the vehicle-carrying plate of a kind of setoff installation, 4 tractions or four-point supporting according to claim 1, it is characterised in that: institute
State the mating installation dynamic falling proof device of vehicle-carrying plate；The dynamic falling proof device installs four sets altogether, every set dynamic fall arrest dress
It sets including corresponding a matched root post, a fixing element, a set of active unit, a set of driving unit；
The column is arranged in the arranged on left and right sides of equipment parking stall respectively, and one shares four, respectively left front column, right front column,
Left back column, right rear column；
The fixing element shares four, mating with four columns one-to-one correspondence, using its of following two building mode
Middle one kind: building mode one, using one of side elevation of the column as fixing element；Building mode two, first one
It makes, is then securedly mounted on one of side elevation of the column on part strip-shaped steel plate；
The structure of the fixing element uses the one of which of following two: structure one, makes or installs on fixing element
Several unidirectional ratchets, fixing element building are completed, and the plane of ratchet is upward, and the upper plane of each ratchet is as fixing element
Fall arrest working face；Structure two opens up several channel-shaped through-holes on fixing element, and fixing element building is completed, each
Fall arrest working face of the lower flat of channel-shaped through-hole as fixing element；
The active unit shares four sets, corresponded with the fixing element it is mating, using wherein the one of following two mode
Kind:
Mode is first is that sliding shoe fall arrest, the active unit include sliding shoe, sliding shoe mounting base；The sliding shoe mounting base
With an internal cavities, sliding shoe mounting base is securedly mounted on the left crossbeam or right crossbeam of vehicle-carrying plate, installation site
Match with the position of corresponding matched fixing element；The sliding shoe is horizontally disposed, as the fall arrest element of active unit,
Fall arrest working face is lower, planar, and the internal cavities with sliding shoe mounting base are slip cooperating relationship, can be pacified in sliding shoe
Fill the sliding that rectilinear direction is carried out under the constraint of the internal cavities of seat；When the fall arrest working face of sliding shoe and corresponding fixation are first
The fall arrest working face of part in vertical direction there are overlapping area, then vehicle-carrying plate toward bottom offset, to the fall arrest work of sliding shoe
Make face to contact with the generation of the fall arrest working face of corresponding fixing element, fixing element is that the generation to sliding shoe supports, in turn
Bearing is generated to sliding shoe mounting base, vehicle-carrying plate crossbeam, prevent vehicle-carrying plate is from continuing toward bottom offset；
Mode is second is that swivel hook fall arrest, the active unit include swivel hook, rotation axis, swivel hook mounting base；The rotation
Hook mounting base is securedly mounted on the left crossbeam or right crossbeam of vehicle-carrying plate, installation site and the fixing element of corresponding configuration
Position matches；Fall arrest element of the swivel hook as active unit, the shape of working portion are in hook-shaped, and hook is put down
Facing towards for downwards, fall arrest working face is the lower, planar of swivel hook；The rotation axis is arranged on the swivel hook, in
Mandrel line is parallel with the fall arrest working face of swivel hook；The swivel hook mounting base be provided be slidably matched with rotation axis, axis
The through-hole being arranged in horizontal direction enables the swivel hook for being provided with rotation axis under the constraint of the through-hole of swivel hook mounting base
Central axis around rotation axis is swung；When the fall arrest working face of swivel hook exists with the fall arrest working face of corresponding fixing element
Vertical direction there are overlapping area, then vehicle-carrying plate toward bottom offset, to swivel hook fall arrest working face and fixing element it is anti-fall
It falls working face and generates contact, fixing element generates bearing to swivel hook, and then generates to swivel hook mounting base, vehicle-carrying plate crossbeam
Bearing, prevent vehicle-carrying plate is from continuing toward bottom offset；
The effect of the driving unit is the fall arrest element movement of the corresponding matched active unit of driving, shares four sets, and right
The active unit answered is mating one by one, including push-pull electromagnet, pushing member；The push-pull electromagnet includes that position is fixed not
Dynamic main body cover and push-pull rod for linear motion；Wherein, main body cover is securedly mounted on crossbeam；Upon power-up
Electromagnetic force and power-off after spring restoring force collective effect under, there are two kinds of extreme position states for push-pull rod: state first is that
Power-off restoration state is normality, fall arrest working face and the matched fixing element of the fall arrest element of corresponding active unit
Fall arrest working face is in the disengaged position without overlapping area in vertical direction；State is second is that the state that works on power, corresponding activity
The fall arrest working face of the fall arrest element of unit and the fall arrest working face of matched fixing element are in vertical direction to be had
The fall arrest state of overlapping area；The working condition of push-pull electromagnet by the parking apparatus control device output signal control
System, the signal that the control device of parking apparatus issues act on four sets of push-pull electromagnets for being mounted on different location simultaneously；When
Push-pull electromagnet needs to enter when working on power state, and the control device of parking apparatus issues signal and makes push-pull electromagnet
It is powered；When push-pull electromagnet needs to enter power-off restoration state, the control device of parking apparatus issues signal and to push and pull
The power-off of formula electromagnet；
The effect of the pushing member is the position push-pull electromagnet between power-off restoration state and the state that works on power
The fall arrest element movement that the push-pull rod that conversion generates moves along a straight line for driving the active unit, specifically:
When the active unit employing mode one is sliding shoe fall arrest, the pushing member is the rod piece of rigidity, the rod piece
One end be fastenedly connected on the push-pull rod of push-pull electromagnet, the other end is fastenedly connected the sliding in corresponding active unit
On block, so that the cunning of corresponding active unit is directly driven when the push-pull rod of push-pull electromagnet is for linear motion by rod piece
Motion block synchronizes for linear motion；When push-pull rod is changed into power-off restoration state from the state of working on power, push-pull electromagnet is pushed away
Pull rod directly drives rod piece and the sliding shoe of corresponding active unit is driven to make straight-line displacement, so that the fall arrest of sliding shoe works
The fall arrest working face of face and matched fixing element is in the disengaged position without overlapping area in vertical direction；When push-pull rod from
Power-off restoration state is changed into the state of working on power, and the push-pull rod of push-pull electromagnet directly drives rod piece and drives corresponding work
The sliding shoe of moving cell makees opposite direction straight-line displacement, so that the fall arrest working face of sliding shoe and matched fixing element is anti-fall
It falls working face and is in the fall arrest state for having overlapping area in vertical direction；
When the active unit employing mode two is swivel hook fall arrest, the pushing member includes drag-line flexible, pulley；Institute
The one end for stating drag-line is tightening and linked on the push-pull rod of push-pull electromagnet, the other end along pulley pulley groove around pulley,
Then it is tightening and linked in one end of the swivel hook of corresponding active unit, so that the push-pull rod of push-pull electromagnet is for linear motion
When traction cable enable the swivel hook of corresponding active unit around rotation axis central axis swing；When push-pull rod is from powering on
Active state is power-off restoration state, and the push-pull rod traction cable of push-pull electromagnet simultaneously drives corresponding active unit
Swivel hook is swung around the central axis of rotation axis, so that the fall arrest of the fall arrest working face of swivel hook and matched fixing element
Working face is in the disengaged position without overlapping area in vertical direction；It works on power when push-pull rod is changed into from power-off restoration state
State, the push-pull rod traction cable of push-pull electromagnet simultaneously drive the swivel hook of corresponding active unit around the central axis of rotation axis
Line opposite direction is swung, so that the fall arrest working face of swivel hook and the fall arrest working face of matched fixing element are in vertical direction
In the fall arrest state for having overlapping area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910223849.8A CN109812111A (en) | 2019-03-22 | 2019-03-22 | A kind of vehicle-carrying plate of setoff installation, 4 tractions or four-point supporting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910223849.8A CN109812111A (en) | 2019-03-22 | 2019-03-22 | A kind of vehicle-carrying plate of setoff installation, 4 tractions or four-point supporting |
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| CN109812111A true CN109812111A (en) | 2019-05-28 |
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| CN201910223849.8A Withdrawn CN109812111A (en) | 2019-03-22 | 2019-03-22 | A kind of vehicle-carrying plate of setoff installation, 4 tractions or four-point supporting |
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| CN110259208A (en) * | 2019-06-14 | 2019-09-20 | 梁正奎 | A kind of vehicle-carrying plate that anti-vehicle wiping is touched |
| CN111779341A (en) * | 2020-08-07 | 2020-10-16 | 佛山市诺行科技有限公司 | Load-dispersed vehicle carrying board |
| CN112459557A (en) * | 2020-11-09 | 2021-03-09 | 湖北工业大学 | Lifting parking device |
| CN113160609A (en) * | 2021-03-29 | 2021-07-23 | 陈波 | Parking space parking detection method, and data generation method and system for parking management |
| CN113818732A (en) * | 2021-10-29 | 2021-12-21 | 佛山市诺行科技有限公司 | Secondary transverse moving vehicle carrying plate of lifting and transverse moving parking equipment |
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2019
- 2019-03-22 CN CN201910223849.8A patent/CN109812111A/en not_active Withdrawn
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110259208A (en) * | 2019-06-14 | 2019-09-20 | 梁正奎 | A kind of vehicle-carrying plate that anti-vehicle wiping is touched |
| CN111779341A (en) * | 2020-08-07 | 2020-10-16 | 佛山市诺行科技有限公司 | Load-dispersed vehicle carrying board |
| CN111779341B (en) * | 2020-08-07 | 2021-06-01 | 佛山市诺行科技有限公司 | Load-dispersed vehicle carrying board |
| CN112459557A (en) * | 2020-11-09 | 2021-03-09 | 湖北工业大学 | Lifting parking device |
| CN113160609A (en) * | 2021-03-29 | 2021-07-23 | 陈波 | Parking space parking detection method, and data generation method and system for parking management |
| CN113818732A (en) * | 2021-10-29 | 2021-12-21 | 佛山市诺行科技有限公司 | Secondary transverse moving vehicle carrying plate of lifting and transverse moving parking equipment |
| CN113818732B (en) * | 2021-10-29 | 2022-09-27 | 佛山市诺行科技有限公司 | Secondary transverse moving vehicle carrying plate of lifting and transverse moving parking equipment |
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Application publication date: 20190528 |
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