CN112160269A - Full-automatic lifting type parking ground lock - Google Patents

Full-automatic lifting type parking ground lock Download PDF

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Publication number
CN112160269A
CN112160269A CN202011113804.4A CN202011113804A CN112160269A CN 112160269 A CN112160269 A CN 112160269A CN 202011113804 A CN202011113804 A CN 202011113804A CN 112160269 A CN112160269 A CN 112160269A
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CN
China
Prior art keywords
main
auxiliary
reverse
reversal
rapid
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Application number
CN202011113804.4A
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Chinese (zh)
Inventor
王凯盛
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Hangzhou Zuixifeng Technology Co ltd
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Hangzhou Zuixifeng Technology Co ltd
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Priority to CN202011113804.4A priority Critical patent/CN112160269A/en
Publication of CN112160269A publication Critical patent/CN112160269A/en
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    • E—FIXED CONSTRUCTIONS
    • E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F13/00—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions
    • E01F13/04—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage
    • E01F13/042—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage for controlling access to an individual parking space
    • E—FIXED CONSTRUCTIONS
    • E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F9/00—Arrangement of road signs or traffic signals; Arrangements for enforcing caution
    • E01F9/60—Upright bodies, e.g. marker posts or bollards; Supports for road signs
    • E01F9/623—Upright bodies, e.g. marker posts or bollards; Supports for road signs characterised by form or by structural features, e.g. for enabling displacement or deflection
    • E01F9/65—Upright bodies, e.g. marker posts or bollards; Supports for road signs characterised by form or by structural features, e.g. for enabling displacement or deflection with rotatable, swingable or adjustable signs or signals
    • E—FIXED CONSTRUCTIONS
    • E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F9/00—Arrangement of road signs or traffic signals; Arrangements for enforcing caution
    • E01F9/60—Upright bodies, e.g. marker posts or bollards; Supports for road signs
    • E01F9/658—Upright bodies, e.g. marker posts or bollards; Supports for road signs characterised by means for fixing
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
    • E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Transmission Devices (AREA)

Abstract

The invention discloses a full-automatic lifting parking ground lock, which comprises a basic mechanism, a warning plate lifting mechanism, a quick reversal mechanism and a quick reversal starting mechanism, and is mainly used for warning other people that the parking space belongs to a private parking space. The invention can quickly respond to an external lifting instruction, the alarm plate is firmer when being unfolded, the automation is realized in the whole working process, and the operation is simplified.

Description

Full-automatic lifting type parking ground lock
Technical Field
The invention relates to the technical field of full-automatic lifting machinery, in particular to a full-automatic lifting type parking ground lock.
Background
The parking place ground lock is divided into two categories of a manual parking place ground lock and a remote control parking place ground lock. The ground lock is mostly mechanical manual type before, and the car needs to get off when passing in and out the parking stall and prop up or put down the vaulting pole of ground lock, then locks, and it is very inconvenient to use, if open-air parking stall touches rainy day again, then it is more troublesome. The manual ground lock has no anti-collision function, so that the vehicle is easily injured if the ground lock is accidentally knocked, and the ground lock is also easily damaged. In order to solve the problem, parking place ground lock manufacturers develop a remote control and electric lifting ground lock through years of research, and a car owner does not need to get off and sit in the car to control the lifting of the ground lock through a remote controller, so that the trouble of getting on and off the car is basically solved. The remote control ground lock is an automatic mechanical device which is controlled by a remote controller and can be lifted, the remote control ground lock is convenient to use and accords with the use habit of people, and then some ground lock manufacturers research and develop the remote control ground lock which can be used once for a year after charging and is waterproof in the whole machine. Is the most advanced ground lock in the market at present. But such locks are not sensitive to external lift signals. Application No.: CN201420616276.8 discloses a novel ground lock for parking space, which improves the simplicity of ground lock operation, but cannot be fixed after the ground lock is started.
Disclosure of Invention
In order to solve the technical problems, the invention provides a full-automatic lifting type parking ground lock which comprises a foundation mechanism, a warning plate lifting mechanism, a quick reversing mechanism and a quick reversing starting mechanism.
The basic mechanism comprises: a base mounting base and a lifting mounting base; warning board elevating system include: the device comprises a main warning plate, a rocker of a lifting mechanism of the main warning plate, an auxiliary warning plate, a remote rod of a lifting mechanism of the auxiliary warning plate, a connecting piece of the lifting mechanism of the main warning plate and a connecting piece of the lifting mechanism of the auxiliary warning plate; the quick reverse mechanism comprises: the main rapid reversal mechanism lifting screw rod, the auxiliary rapid reversal mechanism lifting screw rod, the main rapid reversal mechanism fixing part, the auxiliary rapid reversal mechanism reaction connecting rod and the main rapid reversal mechanism reaction connecting rod; the quick reverse starting mechanism comprises: the main quick reverse starting mechanism fixing part, the main quick reverse starting mechanism connecting rod, the auxiliary quick reverse starting mechanism fixing part and the auxiliary quick reverse starting mechanism connecting rod are arranged on the main quick reverse starting mechanism fixing part; the lifting installation base is slidably installed on the inner wall of the foundation installation base, the main warning plate is rotatably installed on the lifting installation base, the rocker of the lifting mechanism of the main warning plate is rotatably installed on the inner wall of the lifting installation base, the auxiliary warning plate is rotatably installed on the lifting installation base, the remote rod of the lifting mechanism of the auxiliary warning plate is rotatably installed on the inner wall of the lifting installation base, the connecting piece of the lifting mechanism of the main warning plate is rotatably installed on the lifting installation base, the connecting piece of the lifting mechanism of the auxiliary warning plate is rotatably installed on the lifting installation base, the lifting screw rod of the main rapid reversal mechanism is fixedly installed on the foundation installation base, the lifting screw rod of the main rapid reversal mechanism is rotatably installed on the lifting installation base, the lifting screw rod of the auxiliary rapid reversal mechanism is rotatably installed on the lifting installation base, and the fixing piece of the main rapid reversal mechanism is fixedly installed on, vice quick reversal mechanism mounting fixed mounting is on the basis installation base main quick reversal mechanism reaction connecting rod rotation mounting on main quick reversal actuating mechanism connecting rod, vice quick reversal mechanism reaction connecting rod rotation mounting is on vice quick reversal actuating mechanism connecting rod, and main quick reversal actuating mechanism mounting fixed mounting is on the basis installation base, and vice quick reversal actuating mechanism mounting fixed mounting is on the basis installation base.
Further, the warning board lifting mechanism also comprises a main warning board lifting mechanism connecting rod, a main warning board lifting mechanism screw rod sleeve, a main warning board lifting mechanism rocker, a main warning board lifting mechanism screw rod, a main warning board lifting mechanism driven bevel gear, a main warning board lifting mechanism screw rod connecting piece, a main warning board lifting mechanism driving motor, a main warning board lifting mechanism driving bevel gear, an auxiliary warning board lifting mechanism connecting rod, an auxiliary warning board lifting mechanism screw rod sleeve, an auxiliary warning board lifting mechanism screw rod, an auxiliary warning board lifting mechanism driving bevel gear, an auxiliary warning board lifting mechanism driven bevel gear, an auxiliary warning board lifting mechanism screw rod connecting piece and an auxiliary warning board lifting mechanism driving motor, wherein the main warning board lifting mechanism connecting rod is rotatably arranged on the main warning board, the main warning board lifting mechanism connecting rod is rotatably arranged on the main warning board lifting mechanism rocker, the main warning board lifting mechanism screw rod sleeve is rotationally arranged on a rocker of the main warning board lifting mechanism, the main warning board lifting mechanism screw rod is rotationally arranged on the main warning board lifting mechanism screw rod sleeve, the main warning board lifting mechanism screw rod is rotationally arranged on a screw rod connecting piece of the main warning board lifting mechanism, a driven bevel gear of the main warning board lifting mechanism is fixedly arranged on the screw rod of the main warning board lifting mechanism, a driving motor of the main warning board lifting mechanism is fixedly arranged on the screw rod connecting piece of the main warning board lifting mechanism, the driving bevel gear of the main warning board lifting mechanism is rotationally arranged on the driving motor of the main warning board lifting mechanism, the driven bevel gear of the main warning board lifting mechanism and the driving motor of the main warning board lifting mechanism form gear engagement, the screw rod connecting piece of the main warning board lifting mechanism is rotationally arranged on the connecting piece of the main warning board lifting mechanism, and a connecting rod of the, the auxiliary warning board lifting mechanism connecting rod is rotatably installed on a remote rod of an auxiliary warning board lifting mechanism, a screw rod sleeve of the auxiliary warning board lifting mechanism is rotatably installed on a remote rod of the auxiliary warning board lifting mechanism, a screw rod of the auxiliary warning board lifting mechanism is rotatably installed on a screw rod sleeve of the auxiliary warning board lifting mechanism, a screw rod of the auxiliary warning board lifting mechanism is rotatably installed on a screw rod connecting piece of the auxiliary warning board lifting mechanism, a driven bevel gear of the auxiliary warning board lifting mechanism is fixedly installed on a screw rod of the auxiliary warning board lifting mechanism, a driving motor of the auxiliary warning board lifting mechanism is fixedly installed on a screw rod connecting piece of the auxiliary warning board lifting mechanism, a driving bevel gear of the auxiliary warning board lifting mechanism is rotatably installed on a driving motor of the auxiliary warning board lifting mechanism, the driven bevel gear of the auxiliary warning board lifting mechanism and the driving bevel gear of the auxiliary warning board lifting mechanism form gear engagement, and.
Further, the rapid reversal mechanism comprises a main rapid reversal mechanism driven bevel gear, a main rapid reversal mechanism driving bevel gear, an auxiliary rapid reversal mechanism driven bevel gear, an auxiliary rapid reversal mechanism driving bevel gear, a main rapid reversal mechanism primary forward friction wheel, a main rapid reversal mechanism driven friction wheel rotating shaft, a main rapid reversal mechanism driven friction wheel, a main rapid reversal mechanism primary reverse friction wheel, a main rapid reversal mechanism secondary reverse gear shaft, a main rapid reversal mechanism secondary reverse gear, a main rapid reversal mechanism driving motor, a main rapid reversal mechanism primary reverse gear shaft, a main rapid reversal mechanism primary reverse gear, a main rapid reversal mechanism motor rotating shaft, a main rapid reversal mechanism driving gear, a main rapid reversal mechanism secondary forward gear, a main rapid reversal mechanism primary forward gear, a main rapid reversal mechanism driven bevel gear, a main rapid reversal mechanism primary reverse gear, a main rapid reversal, A secondary forward gear shaft of the main rapid reversal mechanism, a primary forward gear shaft of the main rapid reversal mechanism, a secondary forward gear of the auxiliary rapid reversal mechanism, a primary forward gear of the auxiliary rapid reversal mechanism, a driving motor of the auxiliary rapid reversal mechanism, a motor rotating shaft of the auxiliary rapid reversal mechanism, a secondary reverse gear of the auxiliary rapid reversal mechanism, a primary reverse gear of the auxiliary rapid reversal mechanism, a secondary reverse gear shaft of the auxiliary rapid reversal mechanism, a primary reverse gear shaft of the auxiliary rapid reversal mechanism, a secondary reverse friction wheel of the auxiliary rapid reversal mechanism, a driven friction wheel rotating shaft of the auxiliary rapid reversal mechanism, a driven friction wheel of the auxiliary rapid reversal mechanism, a primary forward gear shaft of the auxiliary rapid reversal mechanism, a secondary forward friction wheel of the auxiliary rapid reversal mechanism, and a secondary forward gear shaft of the auxiliary rapid reversal mechanism, the main rapid reversal mechanism driven bevel gear is rotatably arranged on the main rapid reversal mechanism lifting screw rod, the main rapid reversal mechanism driven bevel gear and the main rapid reversal mechanism driving bevel gear form gear meshing, the auxiliary rapid reversal mechanism driven bevel gear is rotatably arranged on the auxiliary rapid reversal mechanism lifting screw rod, the auxiliary rapid reversal mechanism driven bevel gear and the auxiliary rapid reversal mechanism driving bevel gear form gear meshing, the main rapid reversal mechanism driving bevel gear is fixedly arranged on a main rapid reversal mechanism driven friction wheel rotating shaft, the main rapid reversal mechanism driven friction wheel rotating shaft is fixedly arranged on a main rapid reversal mechanism driven friction wheel, a main rapid reversal mechanism secondary reversal gear shaft is rotatably arranged on a main rapid reversal mechanism fixing member, a main rapid reversal mechanism primary reversal gear shaft is rotatably arranged on the main rapid reversal mechanism fixing member, a main rapid reversal mechanism secondary forward gear shaft is rotatably arranged on the main rapid reversal mechanism fixing member, the main quick reversal mechanism one-level forward gear shaft is rotatably installed on the main quick reversal mechanism fixing part, the main quick reversal mechanism one-level forward friction wheel is fixedly installed on the main quick reversal mechanism one-level forward gear shaft, the main quick reversal mechanism two-level forward friction wheel is fixedly installed on the main quick reversal mechanism two-level forward gear shaft, and the main quick reversal mechanism one-level reverse friction wheel is fixedly installed on the main quick reversal mechanism one-level reverse gear shaft.
Further, the rapid reverse starting mechanism also comprises a main rapid reverse starting mechanism rack, a main rapid reverse starting mechanism gear, a main rapid reverse starting mechanism cylinder connecting rod, an auxiliary rapid reverse starting mechanism gear, an auxiliary rapid reverse starting mechanism rack, an auxiliary rapid reverse starting mechanism cylinder connecting rod and an auxiliary rapid reverse starting mechanism cylinder, wherein the main rapid reverse starting mechanism rack is slidably arranged on a main rapid reverse starting mechanism fixing part, the main rapid reverse starting mechanism gear is rotatably arranged on the main rapid reverse starting mechanism fixing part, the main rapid reverse starting mechanism connecting rod is rotatably arranged on the main rapid reverse starting mechanism gear, the main rapid reverse starting mechanism gear and the main rapid reverse starting mechanism rack form gear engagement, the main rapid reverse starting mechanism rack is fixedly arranged on the main rapid reverse starting mechanism cylinder connecting rod, the main quick reversal starting mechanism cylinder connecting rod is slidably mounted on the main quick reversal starting mechanism cylinder, the auxiliary quick reversal starting mechanism rack is slidably mounted on the auxiliary quick reversal starting mechanism mounting, the auxiliary quick reversal starting mechanism gear is rotatably mounted on the auxiliary quick reversal starting mechanism mounting, the auxiliary quick reversal starting mechanism connecting rod is rotatably mounted on the auxiliary quick reversal starting mechanism gear, the auxiliary quick reversal starting mechanism rack is fixedly mounted on the auxiliary quick reversal starting mechanism cylinder, and the auxiliary quick reversal starting mechanism cylinder is slidably mounted on the auxiliary quick reversal starting mechanism cylinder connecting rod.
Further, the main fast reverse mechanism secondary reverse friction wheel is fixedly arranged on the main fast reverse mechanism secondary reverse gear shaft, the main fast reverse mechanism driven friction wheel is rotatably arranged on the main fast reverse mechanism primary reverse friction wheel and the main fast reverse mechanism primary forward friction wheel, the main fast reverse mechanism secondary reverse gear is fixedly arranged on the main fast reverse mechanism secondary reverse gear shaft, the main fast reverse mechanism primary reverse gear is fixedly arranged on the main fast reverse mechanism primary reverse gear shaft, the main fast reverse mechanism primary forward gear is fixedly arranged on the main fast reverse mechanism primary forward gear shaft, the main fast reverse mechanism secondary forward gear is fixedly arranged on the main fast reverse mechanism secondary forward gear shaft, the main fast reverse mechanism driving motor is fixedly arranged on the main fast reverse mechanism fixing member, the main fast reverse mechanism motor rotating shaft is fixedly arranged on the main fast reverse mechanism driving motor, the quick reversal mechanism driving gear fixed mounting of owner is in the quick reversal mechanism motor shaft of owner, the quick reversal mechanism second grade reverse gear of owner forms gear engagement with the quick reversal mechanism first grade reverse gear of owner, the quick reversal mechanism first grade reverse gear of owner forms gear engagement with the quick reversal mechanism driving gear of owner, the quick reversal mechanism driving gear of owner forms gear engagement with the quick reversal mechanism first grade forward gear of owner, the quick reversal mechanism first grade forward gear of owner forms gear engagement with the quick reversal mechanism second grade forward gear of owner, vice quick reversal mechanism driven bevel gear fixed mounting is on vice quick reversal mechanism lift lead screw, vice quick reversal mechanism driven bevel gear forms gear engagement with vice quick reversal mechanism driving bevel gear.
Further, the driving bevel gear of the auxiliary rapid reversal mechanism is fixedly arranged on a rotating shaft of a driven friction wheel of the auxiliary rapid reversal mechanism, the driven friction wheel of the auxiliary rapid reversal mechanism is fixedly arranged on the rotating shaft of the driven friction wheel of the auxiliary rapid reversal mechanism, a secondary reverse gear shaft of the auxiliary rapid reversal mechanism is rotatably arranged on a fixing part of the auxiliary rapid reversal mechanism, a primary reverse gear shaft of the auxiliary rapid reversal mechanism is rotatably arranged on the fixing part of the auxiliary rapid reversal mechanism, a secondary forward gear shaft of the auxiliary rapid reversal mechanism is rotatably arranged on the fixing part of the auxiliary rapid reversal mechanism, a secondary reverse friction wheel of the auxiliary rapid reversal mechanism is fixedly arranged on a secondary reverse gear shaft of the auxiliary rapid reversal mechanism, a primary reverse friction wheel of the auxiliary rapid reversal mechanism is fixedly arranged on a primary reverse gear shaft of the auxiliary rapid reversal mechanism, the secondary forward friction wheel of the auxiliary rapid reversal mechanism is fixedly arranged on the secondary forward gear shaft of the auxiliary rapid reversal mechanism, the primary forward friction wheel of the auxiliary rapid reversal mechanism is fixedly arranged on the primary forward gear shaft of the auxiliary rapid reversal mechanism, the secondary forward gear of the auxiliary rapid reversal mechanism is fixedly arranged on the secondary forward gear shaft of the auxiliary rapid reversal mechanism, the primary forward gear of the auxiliary rapid reversal mechanism is fixedly arranged on the primary forward gear shaft of the auxiliary rapid reversal mechanism, the secondary reverse gear of the auxiliary rapid reversal mechanism is fixedly arranged on the secondary reverse gear shaft of the auxiliary rapid reversal mechanism, the primary reverse gear of the auxiliary rapid reversal mechanism is fixedly arranged on the primary reverse gear shaft of the auxiliary rapid reversal mechanism, the driving motor of the auxiliary rapid reversal mechanism is fixedly arranged on the fixing part of the auxiliary rapid reversal mechanism, and the rotating shaft of the motor of the auxiliary rapid reversal mechanism is rotatably arranged on the driving, vice quick reversal mechanism driving gear fixed mounting is in vice quick reversal mechanism motor shaft, vice quick reversal mechanism second grade reverse gear forms gear engagement with vice quick reversal mechanism one-level reverse gear, vice quick reversal mechanism second grade reverse gear axle forms gear engagement with vice quick reversal mechanism driving gear, vice quick reversal mechanism driving gear forms gear engagement with vice quick reversal mechanism one-level forward gear, vice quick reversal mechanism one-level forward gear forms gear engagement with vice quick reversal mechanism second grade forward gear.
Further, a rack of the main quick reverse starting mechanism is slidably mounted on a main quick reverse starting mechanism mounting member, a gear of the main quick reverse starting mechanism is rotatably mounted on the main quick reverse starting mechanism mounting member, a connecting rod of the main quick reverse starting mechanism is rotatably mounted on the gear of the main quick reverse starting mechanism, the gear of the main quick reverse starting mechanism and the rack of the main quick reverse starting mechanism form gear engagement, the rack of the main quick reverse starting mechanism is fixedly mounted on a connecting rod of a cylinder of the main quick reverse starting mechanism, the connecting rod of the cylinder of the main quick reverse starting mechanism is slidably mounted on the cylinder of the main quick reverse starting mechanism, the rack of the auxiliary quick reverse starting mechanism is slidably mounted on a mounting member of the auxiliary quick reverse starting mechanism, the gear of the auxiliary quick reverse starting mechanism is rotatably mounted on the mounting member of the auxiliary quick reverse starting mechanism, the connecting rod of the auxiliary quick reverse starting, the auxiliary quick reverse starting mechanism rack is fixedly arranged on the auxiliary quick reverse starting mechanism cylinder, and the auxiliary quick reverse starting mechanism cylinder is slidably arranged on the auxiliary quick reverse starting mechanism cylinder connecting rod.
Further, the screw rod of the auxiliary warning plate lifting mechanism is rotatably installed on the screw rod connecting piece of the auxiliary warning plate lifting mechanism, the driven bevel gear of the auxiliary warning plate lifting mechanism is fixedly installed on the screw rod of the auxiliary warning plate lifting mechanism, the driving motor of the auxiliary warning plate lifting mechanism is fixedly installed on the screw rod connecting piece of the auxiliary warning plate lifting mechanism, the driving bevel gear of the auxiliary warning plate lifting mechanism is rotatably installed on the driving motor of the auxiliary warning plate lifting mechanism, the driven bevel gear of the auxiliary warning plate lifting mechanism and the driving bevel gear of the auxiliary warning plate lifting mechanism form gear engagement, and the screw rod connecting piece of the auxiliary warning plate lifting mechanism is rotatably installed on the connecting piece of the auxiliary warning plate lifting mechanism.
Compared with the prior art, the invention has the beneficial effects that: (1) the invention can quickly respond to the external lifting signal; (2) the invention can fix the ground lock after the ground lock is lifted; (3) the area of the warning board is one half of the area of the upper surface of the ground lock, and the warning effect is obvious.
Drawings
Fig. 1 and 2 are schematic diagrams of the overall structure of the invention.
Fig. 3, 4, 5 and 6 are schematic views of the warning board lifting mechanism of the invention.
Fig. 7 is a schematic view of the combination of the quick reverse mechanism and the quick reverse activation mechanism of the invention.
Fig. 8 and 9 show the quick reverse mechanism of the present invention.
Fig. 10 and 11 show the quick reverse rotation start mechanism of the present invention.
Reference numerals: 1-a base mechanism; 2-warning board lifting mechanism; 3-a rapid reversal mechanism; 4-a quick reverse starting mechanism; 101-a base mounting base; 102-a lifting mounting base; 201-main warning board; 202-main warning board lifting mechanism link; 203-a screw rod sleeve of a main warning board lifting mechanism; 204-main alarm board lifting mechanism rocker; 205-main warning board lifting mechanism screw rod; 206-main warning board lifting mechanism connecting piece; 207-driven bevel gear of main warning board lifting mechanism; 208-a main warning board lifting mechanism screw rod connecting piece; 209-driving motor of lifting mechanism of main warning board; 210-main warning board lifting mechanism drive bevel gear; 211-auxiliary warning board lifting mechanism remote lever; 212-auxiliary warning board lifting mechanism link; 213-a secondary warning board; 214-screw sleeve of lifting mechanism of auxiliary warning board; 215-auxiliary warning board lifting mechanism screw rod; 216-auxiliary warning board lifting mechanism connecting piece; 217-auxiliary warning board lifting mechanism driving bevel gear; 218-driven bevel gear of auxiliary warning board lifting mechanism; 219-auxiliary warning board lifting mechanism screw rod connecting piece; 220-auxiliary warning board lifting mechanism driving motor; 301-main fast reverse mechanism driven bevel gear; 302-lifting screw rod of main rapid reversal mechanism; 303-main rapid reversal mechanism driving bevel gear; 304-pair fast reversal mechanism lifting screw rod; 305-pair fast reversal mechanism reaction connecting rod; 306-pair fast reverse mechanism driven bevel gear; 307-auxiliary rapid reverse mechanism driving bevel gear; 308-main rapid reversal mechanism reaction link; 309-main rapid reversal mechanism fixing part; 310-primary forward friction wheel of main rapid reversal mechanism; 311-main fast reverse mechanism secondary forward friction wheel; 312-main fast reverse mechanism driven friction wheel spindle; 313-the main rapid reversal mechanism driven friction wheel; 314-primary reverse friction wheel of main rapid reversal mechanism; 315-primary rapid reversal mechanism secondary reverse friction wheel; 316-secondary reverse gear shaft of main rapid reverse mechanism; 317-secondary reverse gear of the main rapid reverse mechanism; 318-main fast reversal mechanism driving motor; 319-primary reverse gear shaft of main rapid reverse mechanism; 320-primary reverse gear of the main rapid reverse mechanism; 321-main fast reversal mechanism motor shaft; 322-main fast reversal mechanism drive gear; 323-main fast reversal mechanism two-stage forward gear; 324-primary fast reverse mechanism primary forward gear; 325-a secondary forward gear shaft of the main rapid reversal mechanism; 326-primary forward gear shaft of main rapid reversal mechanism; 327-vice quick reversal mechanism mounting; 328-pair fast reverse mechanism two-stage forward gear; 329-pair quick reverse mechanism primary forward gear; 330-pair fast reversal mechanism driving gear; 331-pair fast reversal mechanism driving motor; 332-auxiliary quick reversal mechanism motor rotating shaft; 333-secondary reverse gear of the pair of rapid reversal mechanisms; 334-primary reverse gear of the auxiliary quick reverse mechanism; 335-secondary reverse gear shaft of auxiliary quick reverse mechanism; 336-pair fast reverse mechanism primary reverse gear shaft; 337-one-stage reverse friction wheel of the auxiliary rapid reversal mechanism; 338-secondary counter-rotating friction wheel of counter-rotating mechanism; 339-driven friction wheel rotating shaft of the pair of rapid reversal mechanisms; 340-auxiliary quick reverse mechanism driven friction wheel; 341-auxiliary quick reverse mechanism primary forward friction wheel; 342-pair fast reverse mechanism primary forward gear shaft; 343-pair fast reverse mechanism secondary forward friction wheel; 344-secondary forward gear shaft of the auxiliary quick reverse mechanism; 401-main quick reverse starting mechanism fixing part; 402-main quick reverse starting mechanism rack; 403-main quick reverse starting gear; 404-main quick reverse starting mechanism connecting rod; 405-main quick reverse starting mechanism cylinder; 406-main quick reverse starting mechanism cylinder link; 407-auxiliary quick reverse starting mechanism fixing part; 408-pair quick reverse starting mechanism gear; 409-auxiliary quick reverse starting mechanism connecting rod; 410-auxiliary quick reverse rotation starting mechanism rack; 411-auxiliary quick reverse rotation starting mechanism cylinder connecting rod; 412-sub quick reverse start mechanism cylinder.
Detailed Description
The present invention will be further described with reference to specific examples, which are illustrative of the invention and are not to be construed as limiting the invention.
Example (b): as shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7, fig. 8, fig. 9, fig. 10 and fig. 11, the full-automatic lifting parking ground lock comprises a base mechanism 1, a warning board lifting mechanism 2, a quick reversing mechanism 3 and a quick reversing starting mechanism 4.
The base mechanism 1 includes: a base mounting base 101, a lifting mounting base 102; warning board elevating system 2 includes: a main warning board 201, a main warning board lifting mechanism rocker 204, an auxiliary warning board 213, an auxiliary warning board lifting mechanism remote rod 211, a main warning board lifting mechanism connecting piece 206 and an auxiliary warning board lifting mechanism connecting piece 216; the rapid reversing mechanism 3 includes: a main rapid reversal mechanism elevation screw 302, an auxiliary rapid reversal mechanism elevation screw 304, a main rapid reversal mechanism fixing member 309, an auxiliary rapid reversal mechanism fixing member 327, an auxiliary rapid reversal mechanism reaction connecting rod 305, and a main rapid reversal mechanism reaction connecting rod 308; the quick reverse rotation start mechanism 4 includes: a main quick reverse starting mechanism fixing part 401, a main quick reverse starting mechanism connecting rod 404, an auxiliary quick reverse starting mechanism fixing part 407, and an auxiliary quick reverse starting mechanism connecting rod 409; the lifting installation base 102 is slidably installed on the inner wall of the base installation base 101, the main warning plate 201 is rotatably installed on the lifting installation base 102, the rocker 204 of the lifting mechanism of the main warning plate is rotatably installed on the inner wall of the lifting installation base 102, the auxiliary warning plate 213 is rotatably installed on the lifting installation base 102, the remote rod 211 of the lifting mechanism of the auxiliary warning plate is rotatably installed on the inner wall of the lifting installation base 102, the connecting piece 206 of the lifting mechanism of the main warning plate is rotatably installed on the lifting installation base 102, the connecting piece 216 of the lifting mechanism of the auxiliary warning plate is rotatably installed on the lifting installation base 102, the lifting screw 302 of the main rapid reversal mechanism is fixedly installed on the base installation base 101, the lifting screw 302 of the main rapid reversal mechanism is rotatably installed on the lifting installation base 102, the lifting screw 304 of the auxiliary rapid reversal mechanism is fixedly installed on the base installation base 101, and the lifting screw 304, the main quick reversal mechanism fixing part 309 is fixedly installed on the foundation installation base 101, the auxiliary quick reversal mechanism fixing part 327 is fixedly installed on the foundation installation base 101, the main quick reversal mechanism reaction connecting rod 308 is rotatably installed on the main quick reversal starting mechanism connecting rod 404, the auxiliary quick reversal mechanism reaction connecting rod 305 is rotatably installed on the auxiliary quick reversal starting mechanism connecting rod 409, the main quick reversal starting mechanism fixing part 401 is fixedly installed on the foundation installation base 101, and the auxiliary quick reversal starting mechanism fixing part 407 is fixedly installed on the foundation installation base 101. The rapid reversing mechanism 3 provides power to make the lifting installation base 102 slide up and down along the T-shaped track on the inner wall of the foundation installation base.
The warning board lifting mechanism 2 further comprises a main warning board lifting mechanism connecting rod 202, a main warning board lifting mechanism screw rod sleeve 203, a main warning board lifting mechanism rocker 204, a main warning board lifting mechanism screw rod 205, a main warning board lifting mechanism driven bevel gear 207, a main warning board lifting mechanism screw rod connecting piece 208, a main warning board lifting mechanism driving motor 209, a main warning board lifting mechanism driving bevel gear 210, an auxiliary warning board lifting mechanism connecting rod 212, an auxiliary warning board lifting mechanism screw rod sleeve 214, an auxiliary warning board lifting mechanism screw rod 215, an auxiliary warning board lifting mechanism driving bevel gear 217, an auxiliary warning board lifting mechanism driven bevel gear 218, an auxiliary warning board lifting mechanism screw rod connecting piece 219 and an auxiliary warning board lifting mechanism driving motor 220, wherein the main warning board lifting mechanism connecting rod 202 is rotatably installed on the main warning board 201, the main warning board lifting mechanism connecting rod 202 is rotatably installed on the main warning board lifting mechanism rocker 204, a main warning board lifting mechanism screw rod sleeve 203 is rotatably arranged on a main warning board lifting mechanism rocker 204, a main warning board lifting mechanism screw rod 205 is rotatably arranged on the main warning board lifting mechanism screw rod sleeve 203, the main warning board lifting mechanism screw rod 205 is rotatably arranged on a main warning board lifting mechanism screw rod connecting piece 208, a main warning board lifting mechanism driven bevel gear 207 is fixedly arranged on the main warning board lifting mechanism screw rod 205, a main warning board lifting mechanism driving motor 209 is fixedly arranged on the main warning board lifting mechanism screw rod connecting piece 208, a main warning board lifting mechanism driving bevel gear 210 is rotatably arranged on the main warning board lifting mechanism driving motor 209, the main warning board lifting mechanism driven bevel gear 207 and the main warning board lifting mechanism driving motor 209 form gear engagement, the main warning board lifting mechanism screw rod connecting piece 208 is rotatably arranged on the main warning board lifting mechanism connecting piece 206, a sub warning plate lifting mechanism connecting rod 212 is rotatably mounted on a sub warning plate 213, the sub warning plate lifting mechanism connecting rod 212 is rotatably mounted on a sub warning plate lifting mechanism remote rod 211, a sub warning plate lifting mechanism screw rod sleeve 214 is rotatably mounted on the sub warning plate lifting mechanism remote rod 211, a sub warning plate lifting mechanism screw rod 215 is rotatably mounted on the sub warning plate lifting mechanism screw rod sleeve 214, a sub warning plate lifting mechanism screw rod 215 is rotatably mounted on a sub warning plate lifting mechanism screw rod connecting piece 219, a sub warning plate lifting mechanism driven bevel gear 218 is fixedly mounted on the sub warning plate lifting mechanism screw rod 215, a sub warning plate lifting mechanism driving motor 220 is fixedly mounted on the sub warning plate lifting mechanism screw rod connecting piece 219, a sub warning plate lifting mechanism driving bevel gear 217 is rotatably mounted on the sub warning plate lifting mechanism driving motor 220, the sub warning plate lifting mechanism driven bevel gear 218 and the sub warning plate lifting mechanism driving bevel gear 217 form gear engagement, the auxiliary warning plate lifting mechanism screw rod connecting piece 219 is rotatably installed on the auxiliary warning plate lifting mechanism connecting piece 216. The driving motor 209 of the main warning board lifting mechanism provides power to enable the driving bevel gear 210 of the main warning board lifting mechanism, the driven bevel gear 207 of the main warning board lifting mechanism and the lead screw 205 of the main warning board lifting mechanism to do rotating motion, and meanwhile, the lead screw sleeve 203 of the main warning board lifting mechanism slides along the rod on the lead screw 205 of the main warning board lifting mechanism, and finally, the connecting rod 202 of the main warning board lifting mechanism, the remote rod 204 of the main warning board lifting mechanism, the main warning board 201 and the four-bar mechanism consisting of the lifting installation base 102 move.
The rapid reverse mechanism 3 further comprises a main rapid reverse mechanism driven bevel gear 301, a main rapid reverse mechanism driving bevel gear 303, a sub rapid reverse mechanism driven bevel gear 306, a sub rapid reverse mechanism driving bevel gear 307, a main rapid reverse mechanism primary forward friction wheel 310, a main rapid reverse mechanism driven friction wheel rotating shaft 312, a main rapid reverse mechanism driven friction wheel 313, a main rapid reverse mechanism primary reverse friction wheel 314, a main rapid reverse mechanism secondary reverse friction wheel 315, a main rapid reverse mechanism secondary reverse gear shaft 316, a main rapid reverse mechanism secondary reverse gear 317, a main rapid reverse mechanism driving motor 318, a main rapid reverse mechanism primary reverse gear shaft 319, a main rapid reverse mechanism primary reverse gear 320, a main rapid reverse mechanism motor rotating shaft 321, a main rapid reverse mechanism driving gear 322, a main rapid reverse mechanism secondary forward gear 323, a main rapid reverse mechanism driven bevel gear shaft 323, a main rapid reverse mechanism driven, A primary forward gear 324 of the primary rapid reverse mechanism, a secondary forward gear shaft 325 of the primary rapid reverse mechanism, a primary forward gear shaft 326 of the primary rapid reverse mechanism, a secondary forward gear 328 of the secondary rapid reverse mechanism, a primary forward gear 329 of the secondary rapid reverse mechanism, a primary driving gear 330 of the secondary rapid reverse mechanism, a driving motor 331 of the secondary rapid reverse mechanism, a motor rotating shaft 332 of the secondary rapid reverse mechanism, a secondary reverse gear 333 of the secondary rapid reverse mechanism, a primary reverse gear 334 of the secondary rapid reverse mechanism, a secondary reverse gear shaft 335 of the secondary rapid reverse mechanism, a primary reverse gear shaft 336 of the secondary rapid reverse mechanism, a primary reverse friction wheel 337 of the secondary rapid reverse mechanism, a secondary reverse friction wheel 338 of the secondary rapid reverse mechanism, a driven friction wheel rotating shaft 339 of the secondary rapid reverse mechanism, a driven friction wheel 340 of the secondary rapid reverse mechanism, a primary forward friction wheel 341 of the secondary rapid reverse mechanism, a primary forward gear shaft 342 of the, A secondary forward friction wheel 343 of the auxiliary rapid reverse mechanism and a secondary forward gear shaft 344 of the auxiliary rapid reverse mechanism, wherein the driven bevel gear 301 of the main rapid reverse mechanism is rotatably arranged on the lifting screw rod 302 of the main rapid reverse mechanism, the driven bevel gear 301 of the main rapid reverse mechanism and the driving bevel gear 303 of the main rapid reverse mechanism form gear engagement, the driven bevel gear 306 of the auxiliary rapid reverse mechanism is rotatably arranged on the lifting screw rod 304 of the auxiliary rapid reverse mechanism, the driven bevel gear 306 of the auxiliary rapid reverse mechanism and the driving bevel gear 307 of the auxiliary rapid reverse mechanism form gear engagement, the driving bevel gear 303 of the main rapid reverse mechanism is fixedly arranged on the rotating shaft 312 of the driven friction wheel of the main rapid reverse mechanism, the rotating shaft 312 of the driven friction wheel of the main rapid reverse mechanism is fixedly arranged on the driven friction wheel 313 of the main rapid reverse mechanism, and the secondary reverse gear shaft 316 of the main rapid, the first-level reverse gear shaft 319 of the main rapid reversal mechanism is rotatably mounted on the fixing member 309 of the main rapid reversal mechanism, the second-level forward gear shaft 325 of the main rapid reversal mechanism is rotatably mounted on the fixing member 309 of the main rapid reversal mechanism, the first-level forward gear shaft 326 of the main rapid reversal mechanism is rotatably mounted on the fixing member 309 of the main rapid reversal mechanism, the first-level forward friction wheel 310 of the main rapid reversal mechanism is fixedly mounted on the first-level forward gear shaft 326 of the main rapid reversal mechanism, the second-level forward friction wheel 311 of the main rapid reversal mechanism is fixedly mounted on the second-level forward gear shaft 325 of the main rapid reversal mechanism, and the first-level reverse friction wheel 314 of the main rapid reversal mechanism is fixedly mounted on the first. The driving motor 318 of the main fast reversal mechanism provides power to rotate the driving gear 322 of the main fast reversal mechanism, and the primary reverse gear 320 of the main fast reversal mechanism and the primary forward gear 324 of the main fast reversal mechanism rotate through gear engagement, simultaneously drive the primary forward friction wheel 310 of the main fast reversal mechanism and the primary reverse friction wheel of the main fast reversal mechanism to rotate, and drive the driven friction wheel 313 of the main fast reversal mechanism to rotate through friction force.
The quick reversal starting mechanism 4 further comprises a main quick reversal starting mechanism rack 402, a main quick reversal starting mechanism gear 403, a main quick reversal starting mechanism cylinder 405, a main quick reversal starting mechanism cylinder connecting rod 406, an auxiliary quick reversal starting mechanism gear 408, an auxiliary quick reversal starting mechanism rack 410, an auxiliary quick reversal starting mechanism cylinder connecting rod 411 and an auxiliary quick reversal starting mechanism cylinder 412, wherein the main quick reversal starting mechanism rack 402 is slidably mounted on the main quick reversal starting mechanism fixing member 401, the main quick reversal starting mechanism gear 403 is rotatably mounted on the main quick reversal starting mechanism fixing member 401, the main quick reversal starting mechanism connecting rod 404 is rotatably mounted on the main quick reversal starting mechanism gear 403, the main quick reversal starting mechanism gear 403 and the main quick reversal starting mechanism rack 402 form gear engagement, the main quick reversal starting mechanism rack 402 is fixedly mounted on the main quick reversal starting mechanism cylinder connecting rod 406, the main quick reversal starting mechanism cylinder connecting rod 406 is slidably mounted on the main quick reversal starting mechanism cylinder 405, the auxiliary quick reversal starting mechanism rack 410 is slidably mounted on the auxiliary quick reversal starting mechanism fixing part 407, the auxiliary quick reversal starting mechanism gear 408 is rotatably mounted on the auxiliary quick reversal starting mechanism fixing part 407, the auxiliary quick reversal starting mechanism connecting rod 409 is rotatably mounted on the auxiliary quick reversal starting mechanism gear 408, the auxiliary quick reversal starting mechanism rack 410 is fixedly mounted on the auxiliary quick reversal starting mechanism cylinder 412, and the auxiliary quick reversal starting mechanism cylinder 412 is slidably mounted on the auxiliary quick reversal starting mechanism cylinder connecting rod 411. The main quick reverse starting mechanism cylinder 405 provides power, the main quick reverse starting mechanism rack reciprocates through the main quick reverse starting mechanism cylinder connecting rod 406, the main quick reverse starting mechanism gear 403 rotates through gear meshing, and the main quick reverse starting mechanism connecting rod 404 is driven to swing.
The main fast reverse mechanism secondary reverse friction wheel 315 is fixedly arranged on the main fast reverse mechanism secondary reverse gear shaft 316, the main fast reverse mechanism driven friction wheel 313 is rotatably arranged on the main fast reverse mechanism primary reverse friction wheel 314 and the main fast reverse mechanism primary forward friction wheel 310, the main fast reverse mechanism secondary reverse gear 317 is fixedly arranged on the main fast reverse mechanism secondary reverse gear shaft 316, the main fast reverse mechanism primary reverse gear 320 is fixedly arranged on the main fast reverse mechanism primary reverse gear shaft 319, the main fast reverse mechanism primary forward gear 324 is fixedly arranged on the main fast reverse mechanism primary forward gear shaft 326, the main fast reverse mechanism secondary forward gear 323 is fixedly arranged on the main fast reverse mechanism secondary forward gear shaft 325, the main fast reverse mechanism driving motor 318 is fixedly arranged on the main fast reverse mechanism 309 fixing member, the main fast reversal mechanism motor rotating shaft 321 is fixedly arranged on the main fast reversal mechanism driving motor 318, the main fast reversal mechanism driving gear 322 is fixedly arranged on the main fast reversal mechanism motor rotating shaft 321, the main fast reversal mechanism secondary reverse gear 317 and the main fast reversal mechanism primary reverse gear 320 form gear engagement, the main fast reversal mechanism primary reverse gear 320 and the main fast reversal mechanism driving gear 322 form gear engagement, the main fast reversal mechanism driving gear 322 and the main fast reversal mechanism primary forward gear 324 form gear engagement, the main fast reversal mechanism primary forward gear 324 and the main fast reversal mechanism secondary forward gear 323 form gear engagement, the auxiliary fast reversal mechanism driven bevel gear 306 is fixedly arranged on the auxiliary fast reversal mechanism lifting screw rod 304, and the auxiliary fast reversal mechanism driven bevel gear 306 and the auxiliary fast reversal mechanism driving bevel gear 307 form gear engagement. The main rapid reversal mechanism driven friction wheel rotating shaft 312 outputs power, so that the main rapid reversal mechanism lifting driving bevel gear 303 rotates, the main rapid reversal mechanism driven bevel gear 301 is driven to rotate through gear meshing, and the main rapid reversal mechanism lifting screw rod 302 is driven to rotate.
The auxiliary rapid reverse mechanism driving bevel gear 307 is fixedly arranged on an auxiliary rapid reverse mechanism driven friction gear rotating shaft 339, the auxiliary rapid reverse mechanism driven friction gear 340 is fixedly arranged on an auxiliary rapid reverse mechanism driven friction gear rotating shaft 339, an auxiliary rapid reverse mechanism secondary reverse gear shaft 335 is rotatably arranged on an auxiliary rapid reverse mechanism fixing member 327, an auxiliary rapid reverse mechanism primary reverse gear shaft 336 is rotatably arranged on an auxiliary rapid reverse mechanism fixing member 327, an auxiliary rapid reverse mechanism secondary forward gear shaft 344 is rotatably arranged on an auxiliary rapid reverse mechanism fixing member 327, an auxiliary rapid reverse mechanism primary forward gear shaft 342 is rotatably arranged on an auxiliary rapid reverse mechanism fixing member 327, an auxiliary rapid reverse mechanism secondary reverse friction gear 338 is fixedly arranged on an auxiliary rapid reverse mechanism secondary reverse gear shaft 335, an auxiliary rapid reverse mechanism primary reverse friction gear 337 is fixedly arranged on an auxiliary rapid reverse mechanism primary reverse gear shaft 336, a secondary forward friction wheel 343 of the auxiliary rapid reverse mechanism is fixedly arranged on a secondary forward gear shaft 344 of the auxiliary rapid reverse mechanism, a primary forward friction wheel 341 of the auxiliary rapid reverse mechanism is fixedly arranged on a primary forward gear shaft 342 of the auxiliary rapid reverse mechanism, a secondary forward gear 328 of the auxiliary rapid reverse mechanism is fixedly arranged on a secondary forward gear shaft 344 of the auxiliary rapid reverse mechanism, a primary forward gear 329 of the auxiliary rapid reverse mechanism is fixedly arranged on a primary forward gear shaft 342 of the auxiliary rapid reverse mechanism, a secondary reverse gear 333 of the auxiliary rapid reverse mechanism is fixedly arranged on a secondary reverse gear shaft 335 of the auxiliary rapid reverse mechanism, a primary reverse gear 334 of the auxiliary rapid reverse mechanism is fixedly arranged on a primary reverse gear shaft 336 of the auxiliary rapid reverse mechanism, a driving motor 331 of the auxiliary rapid reverse mechanism is fixedly arranged on a fixing member 327 of the auxiliary rapid reverse mechanism, and a motor rotating shaft 332 of the auxiliary rapid reverse mechanism is rotatably arranged on the driving motor 331 of, the driving gear 330 of the auxiliary rapid reversal mechanism is fixedly arranged on the rotating shaft 332 of the motor of the auxiliary rapid reversal mechanism, the secondary reverse gear 333 of the auxiliary rapid reversal mechanism is in gear engagement with the primary reverse gear 334 of the auxiliary rapid reversal mechanism, the secondary reverse gear shaft 335 of the auxiliary rapid reversal mechanism is in gear engagement with the driving gear 330 of the auxiliary rapid reversal mechanism, the driving gear 330 of the auxiliary rapid reversal mechanism is in gear engagement with the primary forward gear 329 of the auxiliary rapid reversal mechanism, and the primary forward gear 329 of the auxiliary rapid reversal mechanism is in gear engagement with the secondary forward gear 328 of the auxiliary rapid reversal mechanism. The auxiliary rapid inversion mechanism driven friction wheel rotating shaft 339 outputs power to drive the auxiliary rapid inversion mechanism driving bevel gear 307 to rotate, and the auxiliary rapid inversion mechanism driven bevel gear 306 rotates through gear meshing to drive the auxiliary rapid inversion mechanism lifting screw rod 304 to rotate.
A main quick reverse starting mechanism rack 402 is slidably mounted on the main quick reverse starting mechanism fixing member 401, a main quick reverse starting mechanism gear 403 is rotatably mounted on the main quick reverse starting mechanism fixing member 401, a main quick reverse starting mechanism connecting rod 404 is rotatably mounted on the main quick reverse starting mechanism gear 403, the main quick reverse starting mechanism gear 403 and the main quick reverse starting mechanism rack 402 form gear engagement, the main quick reverse starting mechanism rack 402 is fixedly mounted on a main quick reverse starting mechanism cylinder connecting rod 406, the main quick reverse starting mechanism cylinder connecting rod 406 is slidably mounted on a main quick reverse starting mechanism cylinder 405, a sub quick reverse starting mechanism rack 410 is slidably mounted on a sub quick reverse starting mechanism fixing member 407, and a sub quick reverse starting mechanism gear 408 is rotatably mounted on the sub quick reverse starting mechanism fixing member 407, the auxiliary quick reverse starting mechanism connecting rod 409 is rotatably installed on the auxiliary quick reverse starting mechanism gear 408, the auxiliary quick reverse starting mechanism rack 410 is fixedly installed on the auxiliary quick reverse starting mechanism cylinder 412, and the auxiliary quick reverse starting mechanism cylinder 412 is slidably installed on the auxiliary quick reverse starting mechanism cylinder connecting rod 411. The auxiliary quick reverse starting mechanism cylinder 412 provides power, the auxiliary quick reverse starting mechanism rack 410 reciprocates through the auxiliary quick reverse starting mechanism cylinder connecting rod 409, and the auxiliary quick reverse starting mechanism gear 408 rotates through gear meshing to drive the auxiliary quick reverse starting mechanism connecting rod 409 to swing.
The auxiliary warning board lifting mechanism screw rod 215 is rotatably installed on an auxiliary warning board lifting mechanism screw rod connecting piece 219, the auxiliary warning board lifting mechanism driven bevel gear 218 is fixedly installed on the auxiliary warning board lifting mechanism screw rod 215, the auxiliary warning board lifting mechanism driving motor 220 is fixedly installed on the auxiliary warning board lifting mechanism screw rod connecting piece 219, the auxiliary warning board lifting mechanism driving bevel gear 217 is rotatably installed on the auxiliary warning board lifting mechanism driving motor 220, the auxiliary warning board lifting mechanism driven bevel gear 218 and the auxiliary warning board lifting mechanism driving bevel gear 217 form gear engagement, and the auxiliary warning board lifting mechanism screw rod connecting piece 219 is rotatably installed on the auxiliary warning board lifting mechanism connecting piece 216.

Claims (8)

1. The utility model provides a full-automatic lift formula parking ground lock, includes basic mechanism (1), warning board elevating system (2), quick reversal mechanism (3), quick reversal actuating mechanism (4), its characterized in that:
the foundation mechanism 1 comprises: a base mounting base (101) and a lifting mounting base (102);
warning board elevating system 2 include: the device comprises a main warning plate (201), a main warning plate lifting mechanism rocker (204), an auxiliary warning plate (213), an auxiliary warning plate lifting mechanism remote rod (211), a main warning plate lifting mechanism connecting piece (206) and an auxiliary warning plate lifting mechanism connecting piece (216);
the rapid reversing mechanism (3) comprises: a main rapid reversal mechanism lifting screw rod (302), an auxiliary rapid reversal mechanism lifting screw rod (304), a main rapid reversal mechanism fixing piece (309), an auxiliary rapid reversal mechanism fixing piece (327), an auxiliary rapid reversal mechanism reaction connecting rod (305) and a main rapid reversal mechanism reaction connecting rod (308);
the quick reverse rotation starting mechanism (4) comprises: a main quick reverse starting mechanism fixing part (401), a main quick reverse starting mechanism connecting rod (404), an auxiliary quick reverse starting mechanism fixing part (407) and an auxiliary quick reverse starting mechanism connecting rod (409);
the lifting installation base (102) is slidably installed on the inner wall of the base installation base (101), the main warning plate (201) is rotatably installed on the lifting installation base (102), the rocker (204) of the lifting mechanism of the main warning plate is rotatably installed on the inner wall of the lifting installation base (102), the auxiliary warning plate (213) is rotatably installed on the lifting installation base (102), the remote rod (211) of the lifting mechanism of the auxiliary warning plate is rotatably installed on the inner wall of the lifting installation base (102), the connecting piece (206) of the lifting mechanism of the main warning plate is rotatably installed on the lifting installation base (102), the connecting piece (216) of the lifting mechanism of the auxiliary warning plate is rotatably installed on the lifting installation base (102), the lifting screw rod (302) of the main quick reversing mechanism is fixedly installed on the base installation base (101), and the lifting screw rod (302) of the main quick reversing mechanism is rotatably installed on the lifting installation base (102), vice quick reversal mechanism lift lead screw (304) fixed mounting is on basis installation base (101), vice quick reversal mechanism lift lead screw (304) is rotatory to be installed on lift installation base (102), main quick reversal mechanism mounting (309) fixed mounting is on basis installation base (101), vice quick reversal mechanism mounting (327) fixed mounting is on basis installation base (101) main quick reversal mechanism reaction connecting rod (308) is rotatory to be installed on main quick reversal actuating mechanism connecting rod (404), vice quick reversal mechanism reaction connecting rod (305) is rotatory to be installed on vice quick reversal actuating mechanism connecting rod (409), main quick reversal actuating mechanism mounting (401) fixed mounting is on basis installation base (101), vice quick reversal actuating mechanism mounting (407) fixed mounting is on basis installation base (101).
2. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the warning board lifting mechanism (2) also comprises a main warning board lifting mechanism connecting rod (202), a main warning board lifting mechanism screw rod sleeve (203), a main warning board lifting mechanism rocker (204), a main warning board lifting mechanism screw rod (205), a main warning board lifting mechanism driven bevel gear (207), a main warning board lifting mechanism screw rod connecting piece (208), a main warning board lifting mechanism driving motor (209), a main warning board lifting mechanism driving bevel gear (210), an auxiliary warning board lifting mechanism connecting rod (212), an auxiliary warning board lifting mechanism screw rod sleeve (214), an auxiliary warning board lifting mechanism screw rod (215), an auxiliary warning board lifting mechanism driving bevel gear (217), an auxiliary warning board lifting mechanism driven bevel gear (218), an auxiliary warning board lifting mechanism screw rod connecting piece (219) and an auxiliary warning board lifting mechanism driving motor (220), wherein the main warning board lifting mechanism connecting rod (202) is rotatably installed on the main warning board (201), a main warning board lifting mechanism connecting rod (202) is rotatably installed on a main warning board lifting mechanism rocker (204), a main warning board lifting mechanism screw rod sleeve (203) is rotatably installed on the main warning board lifting mechanism rocker (204), a main warning board lifting mechanism screw rod (205) is rotatably installed on the main warning board lifting mechanism screw rod sleeve (203), the main warning board lifting mechanism screw rod (205) is rotatably installed on a main warning board lifting mechanism screw rod connecting piece (208), a main warning board lifting mechanism driven bevel gear (207) is fixedly installed on the main warning board lifting mechanism screw rod (205), a main warning board lifting mechanism driving motor (209) is fixedly installed on the main warning board lifting mechanism screw rod connecting piece (208), a main warning board lifting mechanism driving bevel gear (210) is rotatably installed on the main warning board lifting mechanism driving motor (209), and the main warning board lifting mechanism driven bevel gear (207) and the main warning board lifting mechanism driving motor (209) form gear engagement A main warning board lifting mechanism screw rod connecting piece (208) is rotatably arranged on a main warning board lifting mechanism connecting piece (206), an auxiliary warning board lifting mechanism connecting rod (212) is rotatably arranged on an auxiliary warning board (213), an auxiliary warning board lifting mechanism connecting rod (212) is rotatably arranged on an auxiliary warning board lifting mechanism remote rod (211), an auxiliary warning board lifting mechanism screw rod sleeve (214) is rotatably arranged on the auxiliary warning board lifting mechanism remote rod (211), an auxiliary warning board lifting mechanism screw rod (215) is rotatably arranged on the auxiliary warning board lifting mechanism screw rod sleeve (214), an auxiliary warning board lifting mechanism screw rod (215) is rotatably arranged on the auxiliary warning board lifting mechanism screw rod connecting piece (219), an auxiliary warning board lifting mechanism driven bevel gear (218) is fixedly arranged on the auxiliary warning board lifting mechanism screw rod (215), an auxiliary warning board lifting mechanism driving motor (220) is fixedly arranged on the auxiliary warning board lifting mechanism screw rod connecting piece (219), a driving bevel gear (217) of the auxiliary warning plate lifting mechanism is rotatably installed on a driving motor (220) of the auxiliary warning plate lifting mechanism, a driven bevel gear (218) of the auxiliary warning plate lifting mechanism and the driving bevel gear (217) of the auxiliary warning plate lifting mechanism form gear engagement, and a screw rod connecting piece (219) of the auxiliary warning plate lifting mechanism is rotatably installed on a connecting piece (216) of the auxiliary warning plate lifting mechanism.
3. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the rapid reversal mechanism (3) further comprises a main rapid reversal mechanism driven bevel gear (301), a main rapid reversal mechanism driving bevel gear (303), an auxiliary rapid reversal mechanism driven bevel gear (306), an auxiliary rapid reversal mechanism driving bevel gear (307), a main rapid reversal mechanism primary forward friction wheel (310), a main rapid reversal mechanism driven friction wheel rotating shaft (312), a main rapid reversal mechanism driven friction wheel (313), a main rapid reversal mechanism primary reverse friction wheel 314, a main rapid reversal mechanism secondary reverse friction wheel (315), a main rapid reversal mechanism secondary reverse gear shaft (316), a main rapid reversal mechanism secondary reverse gear (317), a main rapid reversal mechanism driving motor (318), a main rapid reversal mechanism primary reverse gear shaft (319), a main rapid reversal mechanism primary reverse gear (320), a main rapid reversal mechanism motor rotating shaft (321), A main rapid reversal mechanism driving gear (322), a main rapid reversal mechanism secondary forward gear (323), a main rapid reversal mechanism primary forward gear (324), a main rapid reversal mechanism secondary forward gear shaft (325), a main rapid reversal mechanism primary forward gear shaft (326), an auxiliary rapid reversal mechanism secondary forward gear (328), an auxiliary rapid reversal mechanism primary forward gear (329), an auxiliary rapid reversal mechanism driving gear (330), an auxiliary rapid reversal mechanism driving motor (331), an auxiliary rapid reversal mechanism motor rotating shaft (332), an auxiliary rapid reversal mechanism secondary reverse gear (333), an auxiliary rapid reversal mechanism primary reverse gear (334), an auxiliary rapid reversal mechanism secondary reverse gear shaft (335), an auxiliary rapid reversal mechanism primary reverse gear shaft (336), an auxiliary rapid reversal mechanism primary reverse friction wheel (337), an auxiliary rapid reversal mechanism secondary reverse friction wheel (338), A pair of rapid reverse mechanism driven friction wheel rotating shaft (339), a pair of rapid reverse mechanism driven friction wheel (340), a pair of rapid reverse mechanism primary forward friction wheel (341), a pair of rapid reverse mechanism primary forward gear shaft (342), a pair of rapid reverse mechanism secondary forward friction wheel (343), a pair of rapid reverse mechanism secondary forward gear shaft (344), a main rapid reverse mechanism driven bevel gear (301) is rotatably installed on a main rapid reverse mechanism lifting screw rod (302), a main rapid reverse mechanism driven bevel gear (301) and a main rapid reverse mechanism driving bevel gear (303) form gear meshing, a pair of rapid reverse mechanism driven bevel gear (306) is rotatably installed on a pair of rapid reverse mechanism lifting screw rod (304), a pair of rapid reverse mechanism driven bevel gear (306) and a pair of rapid reverse mechanism driving bevel gear (307) form gear meshing, a main rapid reverse mechanism driving bevel gear (303) is fixedly installed on a main rapid reverse mechanism driven friction wheel rotating shaft (b) (b 312) On the main quick reverse mechanism driven friction wheel rotating shaft (312) is fixedly arranged on the main quick reverse mechanism driven friction wheel (313), a main quick reverse mechanism secondary reverse gear shaft (316) is rotatably arranged on the main quick reverse mechanism fixing member (309), a main quick reverse mechanism primary reverse gear shaft (319) is rotatably arranged on the main quick reverse mechanism fixing member (309), a main quick reverse mechanism secondary forward gear shaft (325) is rotatably arranged on the main quick reverse mechanism fixing member (309), a main quick reverse mechanism primary forward gear shaft (326) is rotatably arranged on the main quick reverse mechanism fixing member (309), a main quick reverse mechanism primary forward friction wheel (310) is fixedly arranged on the main quick reverse mechanism primary forward gear shaft (326), a main quick reverse mechanism secondary forward friction wheel (311) is fixedly arranged on the main quick reverse mechanism secondary forward gear shaft (325), the primary reverse friction wheel (314) of the main rapid reversal mechanism is fixedly arranged on a primary reverse gear shaft (319) of the main rapid reversal mechanism.
4. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the quick reversal starting mechanism (4) also comprises a main quick reversal starting mechanism rack (402), a main quick reversal starting mechanism gear (403), a main quick reversal starting mechanism cylinder (405), a main quick reversal starting mechanism cylinder connecting rod (406), an auxiliary quick reversal starting mechanism gear (408), an auxiliary quick reversal starting mechanism rack (410), an auxiliary quick reversal starting mechanism cylinder connecting rod (411) and an auxiliary quick reversal starting mechanism cylinder (412), wherein the main quick reversal starting mechanism rack (402) is slidably arranged on the main quick reversal starting mechanism fixing part (401), the main quick reversal starting mechanism gear (403) is rotatably arranged on the main quick reversal starting mechanism fixing part (401), the main quick reversal starting mechanism connecting rod (404) is rotatably arranged on the main quick reversal starting mechanism gear (403), and the main quick reversal starting mechanism gear (403) and the main quick reversal starting mechanism rack (402) form gear engagement, the main quick reversal starting mechanism rack (402) is fixedly installed on a main quick reversal starting mechanism cylinder connecting rod (406), the main quick reversal starting mechanism cylinder connecting rod (406) is slidably installed on a main quick reversal starting mechanism cylinder (405), the auxiliary quick reversal starting mechanism rack (410) is slidably installed on an auxiliary quick reversal starting mechanism fixing part (407), the auxiliary quick reversal starting mechanism gear (408) is rotatably installed on the auxiliary quick reversal starting mechanism fixing part (407), the auxiliary quick reversal starting mechanism connecting rod (409) is rotatably installed on the auxiliary quick reversal starting mechanism gear (408), the auxiliary quick reversal starting mechanism rack (410) is fixedly installed on the auxiliary quick reversal starting mechanism cylinder (412), and the auxiliary quick reversal starting mechanism cylinder (412) is slidably installed on the auxiliary quick reversal starting mechanism cylinder connecting rod (411).
5. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the secondary reverse friction wheel (315) of the main rapid reversal mechanism is fixedly arranged on a secondary reverse gear shaft (316) of the main rapid reversal mechanism, the driven friction wheel (313) of the main rapid reversal mechanism is rotatably arranged on a primary reverse friction wheel (314) of the main rapid reversal mechanism and a primary forward friction wheel (310) of the main rapid reversal mechanism, the secondary reverse gear (317) of the main rapid reversal mechanism is fixedly arranged on the secondary reverse gear shaft (316) of the main rapid reversal mechanism, the primary reverse gear (320) of the main rapid reversal mechanism is fixedly arranged on a primary reverse gear shaft (319) of the main rapid reversal mechanism, the primary forward gear (324) of the main rapid reversal mechanism is fixedly arranged on a primary forward gear shaft (326) of the main rapid reversal mechanism, and the secondary forward gear (323) of the main rapid reversal mechanism is fixedly arranged on the secondary forward gear shaft (325) of the main rapid reversal mechanism, a main rapid reversal mechanism driving motor (318) is fixedly arranged on a main rapid reversal mechanism fixing member (309), a main rapid reversal mechanism motor rotating shaft (321) is fixedly arranged on the main rapid reversal mechanism driving motor (318), a main rapid reversal mechanism driving gear (322) is fixedly arranged on the main rapid reversal mechanism motor rotating shaft (321), a main rapid reversal mechanism secondary reversal gear (317) and a main rapid reversal mechanism primary reversal gear (320) form gear meshing, the main rapid reversal mechanism primary reversal gear (320) and the main rapid reversal mechanism driving gear (322) form gear meshing, the main rapid reversal mechanism driving gear (322) and the main rapid reversal mechanism primary forward gear (324) form gear meshing, the main rapid reversal mechanism primary forward gear (324) and the main rapid reversal mechanism secondary forward gear (323) form gear meshing, the auxiliary rapid reversal mechanism driven bevel gear (306) is fixedly arranged on the auxiliary rapid reversal mechanism lifting screw rod (304), and the auxiliary rapid reversal mechanism driven bevel gear (306) and the auxiliary rapid reversal mechanism driving bevel gear (307) form gear engagement.
6. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the driving bevel gear (307) of the auxiliary rapid reverse mechanism is fixedly arranged on a rotating shaft (339) of a driven friction wheel of the auxiliary rapid reverse mechanism, a driven friction wheel (340) of the auxiliary rapid reverse mechanism is fixedly arranged on the rotating shaft (339) of the driven friction wheel of the auxiliary rapid reverse mechanism, a secondary reverse gear shaft (335) of the auxiliary rapid reverse mechanism is rotatably arranged on a fixing member (327) of the auxiliary rapid reverse mechanism, a primary reverse gear shaft (336) of the auxiliary rapid reverse mechanism is rotatably arranged on the fixing member (327) of the auxiliary rapid reverse mechanism, a secondary forward gear shaft (344) of the auxiliary rapid reverse mechanism is rotatably arranged on the fixing member (327) of the auxiliary rapid reverse mechanism, a primary forward gear shaft (342) of the auxiliary rapid reverse mechanism is rotatably arranged on the fixing member (327) of the auxiliary rapid reverse mechanism, a secondary reverse friction wheel (338) of the auxiliary rapid reverse mechanism is fixedly arranged on the, a primary reverse friction wheel (337) of the auxiliary rapid reversal mechanism is fixedly arranged on a primary reverse gear shaft (336) of the auxiliary rapid reversal mechanism, a secondary forward friction wheel (343) of the auxiliary rapid reversal mechanism is fixedly arranged on a secondary forward gear shaft (344) of the auxiliary rapid reversal mechanism, a primary forward friction wheel (341) of the auxiliary rapid reversal mechanism is fixedly arranged on a primary forward gear shaft (342) of the auxiliary rapid reversal mechanism, a secondary forward gear (328) of the auxiliary rapid reversal mechanism is fixedly arranged on a secondary forward gear shaft (344) of the auxiliary rapid reversal mechanism, a primary forward gear (329) of the auxiliary rapid reversal mechanism is fixedly arranged on a primary forward gear shaft (342) of the auxiliary rapid reversal mechanism, a secondary reverse gear (333) of the auxiliary rapid reversal mechanism is fixedly arranged on a secondary reverse gear shaft (335) of the auxiliary rapid reversal mechanism, a primary reverse gear (334) of the auxiliary rapid reversal mechanism is fixedly arranged on a primary reverse gear shaft (336) of the auxiliary rapid reversal mechanism, the auxiliary rapid reversal mechanism driving motor (331) is fixedly arranged on the auxiliary rapid reversal mechanism fixing member (327), an auxiliary rapid reversal mechanism motor rotating shaft (332) is rotatably arranged on the auxiliary rapid reversal mechanism driving motor (331), an auxiliary rapid reversal mechanism driving gear (330) is fixedly arranged on the auxiliary rapid reversal mechanism motor rotating shaft (332), an auxiliary rapid reversal mechanism secondary reversal gear (333) and an auxiliary rapid reversal mechanism primary reversal gear (334) form gear meshing, an auxiliary rapid reversal mechanism secondary reversal gear shaft (335) and an auxiliary rapid reversal mechanism driving gear (330) form gear meshing, the auxiliary rapid reversal mechanism driving gear (330) and an auxiliary rapid reversal mechanism primary forward gear (329) form gear meshing, and the auxiliary rapid reversal mechanism primary forward gear (329) and the auxiliary rapid reversal mechanism secondary forward gear (328) form gear meshing.
7. A fully automatic lift-type parking ground lock according to claim 1, characterized in that: the main quick reverse starting mechanism rack (402) is arranged on a main quick reverse starting mechanism fixing part (401) in a sliding mode, a main quick reverse starting mechanism gear (403) is arranged on the main quick reverse starting mechanism fixing part (401) in a rotating mode, a main quick reverse starting mechanism connecting rod (404) is arranged on the main quick reverse starting mechanism gear (403) in a rotating mode, the main quick reverse starting mechanism gear (403) is meshed with the main quick reverse starting mechanism rack (402) in a gear mode, the main quick reverse starting mechanism rack (402) is fixedly arranged on a main quick reverse starting mechanism cylinder connecting rod (406), the main quick reverse starting mechanism cylinder connecting rod (406) is arranged on a main quick reverse starting mechanism cylinder (405) in a sliding mode, and an auxiliary quick reverse starting mechanism rack (410) is arranged on an auxiliary quick reverse starting mechanism fixing part (407) in a sliding mode, the auxiliary quick reverse starting mechanism gear (408) is rotatably installed on an auxiliary quick reverse starting mechanism fixing part (407), the auxiliary quick reverse starting mechanism connecting rod (409) is rotatably installed on the auxiliary quick reverse starting mechanism gear (408), the auxiliary quick reverse starting mechanism rack (410) is fixedly installed on an auxiliary quick reverse starting mechanism cylinder (412), and the auxiliary quick reverse starting mechanism cylinder (412) is slidably installed on the auxiliary quick reverse starting mechanism cylinder connecting rod (411).
8. The fully automatic lift-type parking ground lock of claim, characterized in that: a screw rod (215) of an auxiliary warning plate lifting mechanism is rotatably installed on a screw rod connecting piece (219) of the auxiliary warning plate lifting mechanism, a driven bevel gear (218) of the auxiliary warning plate lifting mechanism is fixedly installed on the screw rod (215) of the auxiliary warning plate lifting mechanism, a driving motor (220) of the auxiliary warning plate lifting mechanism is fixedly installed on the screw rod connecting piece (219) of the auxiliary warning plate lifting mechanism, a driving bevel gear (217) of the auxiliary warning plate lifting mechanism is rotatably installed on the driving motor (220) of the auxiliary warning plate lifting mechanism, the driven bevel gear (218) of the auxiliary warning plate lifting mechanism and the driving bevel gear (217) of the auxiliary warning plate lifting mechanism form gear engagement, and the screw rod connecting piece (219) of the auxiliary warning plate lifting mechanism is rotatably installed on the driving connecting piece (216) of the auxiliary warning plate.
CN202011113804.4A 2020-10-17 2020-10-17 Full-automatic lifting type parking ground lock Withdrawn CN112160269A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202011113804.4A CN112160269A (en) 2020-10-17 2020-10-17 Full-automatic lifting type parking ground lock

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202011113804.4A CN112160269A (en) 2020-10-17 2020-10-17 Full-automatic lifting type parking ground lock

Publications (1)

Publication Number Publication Date
CN112160269A true CN112160269A (en) 2021-01-01

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN202011113804.4A Withdrawn CN112160269A (en) 2020-10-17 2020-10-17 Full-automatic lifting type parking ground lock

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Country Link
CN (1) CN112160269A (en)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE69100525D1 (en) * 1990-07-24 1993-11-25 Simu Gray Barrier post with electric drive.
US5639178A (en) * 1992-11-27 1997-06-17 George Fisher Castings Limited Vehicle barrier
KR100857558B1 (en) * 2007-03-02 2008-09-09 지엘시스텍주식회사 Automatic parking management system
KR20090076026A (en) * 2008-01-07 2009-07-13 지엘시스텍주식회사 Automatic parking management system
CN105507182A (en) * 2016-01-27 2016-04-20 成都融创智谷科技有限公司 Solar remote-control parking lot barrier based on intelligent traffic

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE69100525D1 (en) * 1990-07-24 1993-11-25 Simu Gray Barrier post with electric drive.
US5639178A (en) * 1992-11-27 1997-06-17 George Fisher Castings Limited Vehicle barrier
KR100857558B1 (en) * 2007-03-02 2008-09-09 지엘시스텍주식회사 Automatic parking management system
KR20090076026A (en) * 2008-01-07 2009-07-13 지엘시스텍주식회사 Automatic parking management system
CN105507182A (en) * 2016-01-27 2016-04-20 成都融创智谷科技有限公司 Solar remote-control parking lot barrier based on intelligent traffic

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Application publication date: 20210101