CN205445053U - Elevator formula garage elevating system with flat bed check -up - Google Patents
Elevator formula garage elevating system with flat bed check -up Download PDFInfo
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- CN205445053U CN205445053U CN201521124257.4U CN201521124257U CN205445053U CN 205445053 U CN205445053 U CN 205445053U CN 201521124257 U CN201521124257 U CN 201521124257U CN 205445053 U CN205445053 U CN 205445053U
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- carriage
- wheel
- flat bed
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- roof beam
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Abstract
The utility model discloses an elevator formula garage elevating system with flat bed check -up, four stand tops are equipped with round roof beam A and wheel roof beam B, the hauler is fixed on the stand, the fag end of drawing forth on the hauler is walked around upwards to walk around behind the two anti - leading wheels of restricting of walking around carriage one end behind the leading wheel on round roof beam B downwards and is upwards fixed on round roof beam B after establishing the two anti - leading wheels of restricting of walking around the carriage other end behind two leading wheels downwards on round roof beam A, another fag end of drawing forth on the hauler is upwards fixed on round roof beam B after walking around and upwards walking around the anti - leading wheel of restricting of balance of walking around the balanced heavy lower part other end behind another the balanced leading wheel on round roof beam B downwards behind balanced the anti - leading wheel of restricting of walking around balanced heavy lower part one end behind the balanced leading wheel on round roof beam B downwards. Be fixed with electromagnetic devices on the one end end of carriage, when electromagnetic induction part senses the magnet vane who fixes on the leading rail, can be to system host board signals for correct the position of carriage, can guarantee that the closed position accurate.
Description
Technical field
This utility model relates to a kind of elevator style garage elevating mechanism with flat bed verification, belongs to the lifting means of a kind of multi-storied garage.
Background technology
Development and the appearance of skyscraper along with building trade, the plot ratio of community and Gongjian is generally large, and this results in the anxiety of parking stall, in order to alleviate the pressure that parking stall anxiety is brought, occur in that multi-storied garage, existing lifting type multi-storied garage can be divided into vertical lifting garage and planar movement class garage.In the classification of GBT26559-2011 mechanical parking equipment, vertical lifting and this two classes garage, planar movement class garage need garage vertical-lift equipment.Existing frequently-used vertical-lift equipment is generally the hoisting way such as chain and tooth bar, and generally Backpack type, and these structures do not have balance weight, traction ratio to be 1:1 or 2:1, therefore the required lifting force provided of motor is relatively big, power of motor is high, and motor cost is high, and motor volume is big, overhead requires that space is big, and owing to for Backpack type structure, gravity torque is big, civil engineering is required height, and the reliability of these modes is relatively low, and langding accuracy is low, runs noise big；Also have a kind of Elevator lift structure be on put the hoisting way of anti-directive wheel of restricting, but dynamical system and framework are all on plane residing for vehicle, when vehicle being transported downwards from eminence gateway, overhead will be required higher, and hinder vehicles while passing.
The both sides on the top of the carriage of shears are fixedly installed support pedal, lifting tray concordant with supporting pedal after being provided with rise on carriage between support pedal, when actually used, the wheel of vehicle both sides supports two respectively and moves on pressing plate, inevitably, vehicle there will be deflection.
It addition, the encoder that carriage uses at flat bed, owing to encoder is easily lost data, the stop position easily causing carriage is the most accurate.
Utility model content
The purpose of this utility model is to provide a kind of elevator style garage elevating mechanism with flat bed verification, to solve the encoder that garage elevator formula lift structure of the prior art uses flat bed to use, owing to encoder is easily lost data, easily cause the stop position problem the most accurately of carriage.
nullIn order to realize object above，This utility model adopts the following technical scheme that a kind of elevator style garage elevating mechanism with flat bed verification，Including the main guide rail standing in rectangle four corners position，On main guide rail by lead boots slide be provided with rectangular carriage，The both sides on the top of carriage are fixedly installed support pedal，Lifting tray concordant with supporting pedal after being provided with rise on carriage between support pedal，The both sides of carriage are provided with four root posts in the outside of main guide rail，The column upper end being in carriage both sides is respectively fixed with wheel beam A and wheel beam B，Wheel beam A is parallel with wheel beam B，The side of carriage bottom is arranged at intervals with two anti-rope directive wheels，The opposite side of described carriage bottom is also arranged at intervals with two anti-rope directive wheels，It is fixed with traction machine on one column of fast pulley beam B，On the main shaft of traction machine, encoder is installed，Two counter weight guide tracks it are provided with between two root posts of fast pulley beam B，On counter weight guide track, slidable fit has balance weight，After the fag end directive wheel on third wheel beam B drawn on traction machine down around after two anti-rope directive wheels of carriage one end up around after on wheel beam A, two directive wheels are set down around two anti-rope directive wheels of the carriage other end backward on be fixed on wheel beam B，After another root fag end drawn on traction machine stable steering wheel on third wheel beam B down around after the balance anti-rope directive wheel of balance weight lower end thereof up around after another stable steering wheel on wheel beam B down around the anti-directive wheel of restricting of balance of the balance weight bottom other end backward on be fixed on wheel beam B，The both sides of lifting tray are respectively rotatably equipped with one group of bearing roller，Each bearing roller in one group of bearing roller is arranged along the side of lifting tray，Between the upper and lower every being fixed with the electromagnetic induction device with the breach passed through for the magnetic isolation plate for being fixed on well enclosure on one termination of described carriage.
One group of described bearing roller have three bearing rollers.
Described boots of leading are four groups, wherein two groups of sides being arranged on carriage bottom, and other two groups of opposite sides being disposed on carriage bottom, one group of two led in boots leads boots between the upper and lower every laying.
It is in two anti-rope directive wheels of carriage side to be in two groups of homonymy and lead between boots.
Four anti-rope directive wheels are in the corner location of rectangle, are in the centerline collineation of two rotating shafts of two anti-rope directive wheels of carriage the same side.
The outer peripheral edge of described anti-rope directive wheel is protruded outside the side of carriage and support platform.
Be provided with the limit switch for touching on guide rail and flat bed inductive switch on described carriage hits bow.
It is provided with crossbeam adjacent upright posts linked together outside described column and is each attached to collar tie beam with four root posts.
It is fixed with electromagnetic induction device on the termination, one end of carriage of the present utility model, when electromagnetic induction part senses magnetic isolation plate fixing on main guide rail, signal can be sent to system board, in order to correct the position of carriage, it is ensured that stop position is accurate.Additionally, the both sides of lifting tray are respectively rotatably equipped with one group of bearing roller, each bearing roller in one group of bearing roller is arranged along the side of lifting tray, when entering car, as automobile wanders off, will bear against inside wheel on bearing roller, bearing roller has rolled the effect correcting track of vehicle laterally, prevents inclination of vehicle.
The both sides of the elevator style garage elevating mechanism with flat bed verification of the present utility model are provided with four anti-rope directive wheels, four anti-rope directive wheels walked around by so steel wire rope, the uniform force of whole shears, civil engineering structure will not be by eccentric weight moment, whole utility model is rational in infrastructure, requires relatively low to civil engineering.
Boots of leading of the present utility model are four groups, wherein two groups of sides being arranged on carriage bottom, other two groups of opposite sides being disposed on carriage bottom, one group of two led in boots leads boots between the upper and lower every laying, wait in use, leading boots and four guide rails cooperations for four groups that are in carriage both sides, whole utility model stationarity in lifting process is more preferable.
Accompanying drawing explanation
Fig. 1 is the wiring schematic diagram of this utility model embodiment；
Fig. 2 is the structural representation of the hoistable platform in Fig. 1；
Fig. 3 is the assembling schematic diagram of the main frame of the compositions such as main guide rail of the present utility model, column and wheel beam.
Detailed description of the invention
A kind of embodiment of the elevator style garage elevating mechanism with flat bed verification, at Fig. 1, in Fig. 2 and Fig. 3, four main guide rails 5, four main guide rails 5 are in the four corners position of a rectangle, four root posts 12 are also at the four corners position of a rectangle, wherein the upper end of two root posts 12 is fixed with wheel beam A11, other two root post 12 upper ends are fixed with wheel beam B7, wheel beam A11 is parallel with wheel beam B7, it is provided with two counter weight guide tracks 8 between two root posts 12 of fast pulley beam B, on counter weight guide track 8, slidable fit has balance weight 9, it is fixed with traction machine 10 in two root posts of fast pulley beam B one, on the main shaft of traction machine, encoder is installed.By sliding and be provided with rectangular carriage 1 by leading boots on main guide rail 5, wheel beam A and wheel beam B is in the both sides of carriage 1 respectively.And two columns 12 being in carriage 1 side are in the outside of main guide rail of homonymy.So, wheel beam A and wheel beam B is separately fixed on the column of carriage both sides.Outside column 12, it is provided with the crossbeam 13 adjacent upright posts linked together, is additionally provided with in the outside of column 13 and is each attached to collar tie beam 14 with four root posts.
Carriage 1 is rectangular, both sides above carriage 1 are fixedly installed support pedal 2, two middle parts supporting pedal 2 have the breach of a strip, this indentation, there is provided with lifting tray 5, lifting tray 5 is in the top of carriage 1 and can lift relative to carriage 1, supports pedal 2 with two concordant after lifting tray 5 rises.Respectively being rotatably equipped with one group of bearing roller in the both sides of lifting tray 5, have three bearing rollers 6 in one group of bearing roller, three bearing rollers in one group of bearing roller are arranged along the side of lifting tray 5.
The side of carriage 1 is arranged at intervals with two groups and leads boots 3, and the opposite side of carriage 1 is arranged at intervals with two groups and leads boots 3, say, that the both sides of carriage 1 have four groups and lead boots 3, leads boots 3 for one group and has two and lead boots, and the two leads boots between the upper and lower every setting.The side of carriage 1 bottom is arranged at intervals with two anti-rope directive wheels 4, the opposite side of the bottom of carriage 1 is also arranged at intervals with two anti-rope directive wheels 4, it is in two anti-rope directive wheels 4 of carriage 1 side to be in two groups of homonymy and lead between boots 3, and an anti-rope directive wheel 4 is led boots 3 with one group and is close to, another anti-directive wheel 4 of restricting is led boots 3 with another group and is close to.Four anti-rope directive wheels 4 are in the corner location of rectangle, are in the centerline collineation of two rotating shafts of two anti-rope directive wheels 4 of carriage 1 the same side.
The outer peripheral edge of anti-rope directive wheel 4 is protruded outside the side of carriage and support platform, and so steel wire rope around the outside being located at anti-rope directive wheel 4 would not interfere with carriage and support platform.
Carriage 1 is provided with 5 and hits bow.Hit bow for the limit switch touching on guide rail and flat bed inductive switch.
After the fag end directive wheel on third wheel beam B7 drawn on traction machine 10 down around after two anti-rope directive wheels of carriage 1 one end up around after on wheel beam A11, two directive wheels are set down around two anti-rope directive wheels of the carriage other end backward on be fixed on wheel beam B, after another root fag end that traction machine 10 is drawn stable steering wheel on third wheel beam B down around after the balance anti-rope directive wheel of balance weight 9 lower end thereof up around after another stable steering wheel on wheel beam B down around the anti-directive wheel of restricting of balance of the balance weight bottom other end backward on be fixed on wheel beam B7.
It is provided with two electromagnetic induction devices on one termination of carriage 1, two electromagnetic induction devices are between the upper and lower every being fixedly installed, the outside of electromagnetic induction device has breach, electromagnetic induction device along with carriage move time, magnetic isolation plate fixing on well enclosure can be by the breach of electromagnetic induction device.
The operation principle of electromagnetic induction device is as follows:
Electromagnetic induction device and encoder with the use of, for correcting coder error, because encoder there may be pulse-losing.The reason 1 of pulse-losing: because the skidding of steel wire rope traction, actual have operation still rotor not move, so pulse is few；2. encoder photoelectric device and fault, disappearance or pulse entanglement.
The principle of flat bed sensing device location is: being fixed with two electromagnetic induction devices on carriage, two electromagnetic induction devices are between the upper and lower every setting, and hoistway is equipped with an iron magnetic isolation plate at the fixed bit of every layer.When carriage runs preparation flat bed when, mainboard will control deceleration of elevator according to the rate curve in memory, run to certain position, at this moment when one of them electromagnetic induction part senses fixing magnetic isolation plate, the umber of pulse that self study corresponding to this position is acquired is constant, this signal feeds back to control mainboard, real-time pulse number is contrasted by mainboard with the umber of pulse in memory, continue to run according to the rate curve in memory simultaneously, then proceed to run a segment distance, sense another magnetic isolation plate again, again carry out Data correction, then according to predetermined speed curve stop motion, the final position ensureing to stop is accurate.
The present embodiment does not provide the concrete fixing assembling structure leading boots with anti-rope directive wheel, and both fixing assembling structures are assembling structure of the prior art, belong to the common knowledge of those skilled in the art, are not described in detail in this.
Claims (8)
- null1. an elevator style garage elevating mechanism with flat bed verification，Including the main guide rail standing in rectangle four corners position，On main guide rail by lead boots slide be provided with rectangular carriage，The both sides on the top of carriage are fixedly installed support pedal，Lifting tray concordant with supporting pedal after being provided with rise on carriage between support pedal，It is characterized in that: the both sides of carriage are provided with four root posts in the outside of main guide rail，The column upper end being in carriage both sides is respectively fixed with wheel beam A and wheel beam B，Wheel beam A is parallel with wheel beam B，The side of carriage bottom is arranged at intervals with two anti-rope directive wheels，The opposite side of described carriage bottom is also arranged at intervals with two anti-rope directive wheels，It is fixed with traction machine on one column of fast pulley beam B，On the main shaft of traction machine, encoder is installed，Two counter weight guide tracks it are provided with between two root posts of fast pulley beam B，On counter weight guide track, slidable fit has balance weight，After the fag end directive wheel on third wheel beam B drawn on traction machine down around after two anti-rope directive wheels of carriage one end up around after on wheel beam A, two directive wheels are set down around two anti-rope directive wheels of the carriage other end backward on be fixed on wheel beam B，After another root fag end drawn on traction machine stable steering wheel on third wheel beam B down around after the balance anti-rope directive wheel of balance weight lower end thereof up around after another stable steering wheel on wheel beam B down around the anti-directive wheel of restricting of balance of the balance weight bottom other end backward on be fixed on wheel beam B，The both sides of lifting tray are respectively rotatably equipped with one group of bearing roller，Each bearing roller in one group of bearing roller is arranged along the side of lifting tray，Between the upper and lower every being fixed with the electromagnetic induction device with the breach passed through for the magnetic isolation plate for being fixed on well enclosure on one termination of described carriage.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 1, it is characterised in that: one group of described bearing roller has three bearing rollers.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 2, it is characterized in that: described boots of leading are four groups, wherein two groups of sides being arranged on carriage bottom, other two groups of opposite sides being disposed on carriage bottom, one group of two led in boots leads boots between the upper and lower every laying.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 3, it is characterised in that: it is in two anti-rope directive wheels of carriage side and is in two groups of homonymy and leads between boots.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 4, it is characterised in that: four anti-rope directive wheels are in the corner location of rectangle, are in the centerline collineation of two rotating shafts of two anti-rope directive wheels of carriage the same side.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 5, it is characterised in that: the outer peripheral edge of described anti-rope directive wheel is protruded outside the side of carriage and support platform.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 6, it is characterised in that: be provided with the limit switch for touching on guide rail and flat bed inductive switch on described carriage hits bow.
- The elevator style garage elevating mechanism with flat bed verification the most according to claim 7, it is characterised in that: it is provided with crossbeam adjacent upright posts linked together outside described column and is each attached to collar tie beam with four root posts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521124257.4U CN205445053U (en) | 2015-12-31 | 2015-12-31 | Elevator formula garage elevating system with flat bed check -up |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521124257.4U CN205445053U (en) | 2015-12-31 | 2015-12-31 | Elevator formula garage elevating system with flat bed check -up |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205445053U true CN205445053U (en) | 2016-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521124257.4U Expired - Fee Related CN205445053U (en) | 2015-12-31 | 2015-12-31 | Elevator formula garage elevating system with flat bed check -up |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205445053U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106567574A (en) * | 2016-10-21 | 2017-04-19 | 安徽乐库智能停车设备有限公司 | Vertical lifting device |
-
2015
- 2015-12-31 CN CN201521124257.4U patent/CN205445053U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106567574A (en) * | 2016-10-21 | 2017-04-19 | 安徽乐库智能停车设备有限公司 | Vertical lifting device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20171231 |