CN102182339A

CN102182339A - Mobile suspension bridge of stereoscopic garage

Info

Publication number: CN102182339A
Application number: CN201110087719XA
Authority: CN
Inventors: 蒋金泉; 陆兴华
Original assignee: JIANGSU JINGUAN AUTO PARKING SYSTEM ENGINEERING Co Ltd
Current assignee: JIANGSU JINGUAN AUTO PARKING SYSTEM ENGINEERING Co Ltd
Priority date: 2011-04-08
Filing date: 2011-04-08
Publication date: 2011-09-14

Abstract

The invention discloses a mobile suspension bridge of a stereoscopic garage, comprising two beam hanging rails which are placed right and left; two traversing transmission mechanisms which are placed front and back are arranged between the two beam hanging rails; traversing rollers are connected to both the left and the right ends of each traversing transmission mechanism; the traversing rollers are arranged on the beam hanging rails; a traversing motor is connected to any one of the traversing transmission mechanisms; a traversing frame is connected to the lower part of each traversing transmission mechanism; a lifting transmission mechanism is connected to the lower part of each traversing transmission mechanism; a lifting motor is connected to any one of the lifting transmission mechanisms; falling prevention mechanisms are connected to both two ends of each lifting transmission mechanism; a mooring rope is connected to each lifting transmission mechanism; and a suspension bridge plate is connected to the mooring ropes. The mobile suspension bridge of the stereoscopic garage has the advantages of having no need for additionally increasing the space height for the transition of a car plate when a well pit is not deep enough and occupying a small upper space height.

Description

The portable suspension bridge of multi-storied garage

Technical field

The present invention relates to the portable suspension bridge of a kind of multi-storied garage.

Background technology

At present a lot of multi-storied garages are that conserve space all is arranged in the basement, in the basement of floor height deficiency, be provided with when running through the mechanical multi-storied garage of lift-sliding before and after the positive one negative biserial, because negative one deck well degree of depth is not enough, need raise the existing near coal-mine ground of well, but have influence on the above spatial altitude in ground, and need to solve the shared space problem of transition vehicle-containing.

Summary of the invention

The objective of the invention is in order to overcome above deficiency, provide a kind of and when the well degree of depth is not enough, be not required to be the transition vehicle-containing and increase spatial altitude in addition, self take the portable suspension bridge of the little multi-storied garage of superjacent air space height simultaneously.

Purpose of the present invention is achieved through the following technical solutions: the portable suspension bridge of a kind of multi-storied garage, described suspension bridge comprises the drop in beam track of placing about two, be provided with the traversing transmission mechanism that place two front and back between two drop in beam tracks, the two ends, the left and right sides of each traversing transmission mechanism all are connected with traversing roller, a plurality of traversing rollers all place on the drop in beam track, any traversing transmission mechanism is connected with traversing motor, the bottom of each traversing transmission mechanism all is connected with traversing framework, place the front surface of anterior traversing framework and place the rear surface of the traversing framework in rear portion all to be connected with elevating drive mechanism, any elevating drive mechanism is connected with lifting motor, the two ends of each elevating drive mechanism all are connected with anti-falling mechanism, the two ends of each elevating drive mechanism all are connected with hawser, each anti-falling mechanism is respectively near a hawser, a plurality of hawsers are connected with a suspension bridge plate jointly, are provided with the holder line bracket between an end of each traversing transmission mechanism and the drop in beam track.

The present invention compared with prior art has the following advantages: the operation by traversing transmission mechanism and elevating drive mechanism tangles the lifting of suspension bridge plate, the problem of access way when having solved garage rank rear parking stall storing and taking out car by the suspension bridge plate like this, when the well degree of depth is not enough, do not need for the transition vehicle-containing increases spatial altitude in addition, and portable suspension bridge self takes up room highly little.

Description of drawings:

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the vertical view of Fig. 1;

Fig. 3 is the structural representation of operating principle of the present invention;

Fig. 4 is the vertical view of Fig. 3;

Fig. 5 be among Fig. 4 A-A to structural representation;

Number in the figure: 1-drop in beam track, the traversing transmission mechanism of 2-, the traversing roller of 3-, the traversing motor of 4-, the traversing framework of 5-, the 6-elevating drive mechanism, the 7-lifting motor, the 8-anti-falling mechanism, the 9-hawser, 10-suspension bridge frame, 11-holds in the palm line bracket, 101-first parking stall, 102-second parking stall, 103-the 3rd parking stall, 104-the 4th parking stall, 105-the 5th parking stall, 106-the 6th parking stall, 107-the 7th parking stall, 108-the 8th parking stall, 109-the 9th parking stall, 110-the tenth parking stall, 111-11 parking stalls, 112-12 parking stalls.

The specific embodiment:

In order to deepen the understanding of the present invention, the invention will be further described below in conjunction with embodiment and accompanying drawing, and this embodiment only is used to explain the present invention, does not constitute the qualification to protection domain of the present invention.

Show the specific embodiment of the portable suspension bridge of a kind of multi-storied garage of the present invention as Fig. 1 and Fig. 2, described suspension bridge comprises the drop in beam track of placing about two 1, be provided with the traversing transmission mechanism 2 that place two front and back between two drop in beam tracks 1, the two ends, the left and right sides of each traversing transmission mechanism 2 all are connected with traversing roller 3, a plurality of traversing rollers 3 all place on the drop in beam track 1, any traversing transmission mechanism 2 is connected with traversing motor 4, the bottom of each traversing transmission mechanism 2 all is connected with traversing framework 5, place the front surface of anterior traversing framework 5 and place the rear surface of the traversing framework 5 in rear portion all to be connected with elevating drive mechanism 6, any elevating drive mechanism 6 is connected with lifting motor 7, the two ends of each elevating drive mechanism 6 all are connected with anti-falling mechanism 8, the two ends of each elevating drive mechanism 6 all are connected with hawser 9, each anti-falling mechanism 8 is respectively near a hawser 9, a plurality of hawsers 9 are connected with a suspension bridge plate 10 jointly, are provided with holder line bracket 11 between an end of each traversing transmission mechanism 2 and the drop in beam track 1.

Portable suspension bridge of the present invention runs through in the traversing class mechanical type three-dimensional garage of lifting before and after being applied in positive one a negative biserial, utilizing building left-hand thread beam and set up rail beam above the well of prostatitis is drop in beam track 1, the traversing roller 3 at traversing transmission mechanism 2 two ends is shelved on the drop in beam track 1, drive the operation of traversing transmission mechanism 2 front and back by starting traversing motor 4, be the operations of traversing framework 5 front and back, restart lifting motor 7, transfer elevating drive mechanism 6 operations by lifting motor 7, promptly driving hawser 9 moves up and down, suspension bridge plate 10 be shelved near coal-mine on, thereby the operation by traversing transmission mechanism 2 and elevating drive mechanism 6 tangles 10 liftings of suspension bridge plate, the problem of access way when having solved garage rank rear parking stall storing and taking out car by suspension bridge plate 10 like this, when the well degree of depth is not enough, do not need for the transition vehicle-containing increases spatial altitude in addition, and portable suspension bridge self takes up room highly little.

Before and after positive one a negative biserial, run through in the traversing class mechanical type three-dimensional garage of lifting, as Fig. 3, Fig. 4 and shown in Figure 5, equipment is when off working state, second parking stall 102, prostatitis is the room, rank rear the 8th parking stall 108 is the room, suspension bridge plate 10 drop to second parking stall near coal-mine on, the maintenance situation is in a safe condition, weigh down foundation ditch with the anti-personnel mistake, but direct access vehicle when carrying out first parking stall 101, prostatitis and the 3rd parking stall 103, but second parking stall, 102 suspension bridge plate direct access vehicles are passed in the 8th parking stall 108 of rank rear; When carrying out the 4th parking stall, prostatitis 104 access vehicles, instruct by PLC, after importing the 104 storing and taking out car instruction of the 4th parking stall, machinery is started working, at first 10 risings of suspension bridge plate put in place, it is traversing to the right to 102 rooms, second parking stall to connect down first parking stall, 101 sweeps, and the 4th parking stall 104 sweeps rise to first parking stall subsequently, after this carries out first parking stall, 101 access vehicles; When carrying out the 6th parking stall, prostatitis 106 access vehicles, instruct by PLC, after importing the 106 storing and taking out car instruction of the 6th parking stall, machinery is started working, at first 10 risings of suspension bridge plate put in place, it is traversing left to 102 rooms, second parking stall to connect down the 3rd parking stall 103 sweeps, and the 6th parking stall 106 sweeps rising subsequently puts in place, after this carries out the 3rd parking stall 103 sweep access vehicles; When carrying out the 5th parking stall, prostatitis 105 access vehicles, instruct by PLC, after importing the 105 storing and taking out car instruction of the 5th parking stall, machinery is started working, at first 10 risings of suspension bridge plate put in place, then suspension bridge plate 10 is traversing left to 101 top positions, first parking stall with traversing framework 5, and the storing and taking out car of the 5th parking stall 105 sweeps is carried out in the 5th parking stall 105 sweeps second parking stall 102 of getting on the bus subsequently after this; When carrying out rank rear the 7th parking stall 107 access vehicles, instruct by PLC, after importing the 107 storing and taking out car instruction of the 7th parking stall, machinery begins action, at first 10 risings of suspension bridge plate put in place, and then suspension bridge plate 10 is traversing left to 101 top positions, first parking stall with traversing framework 5, and first parking stall, 101 sweeps are traversing to the right to second parking stall 102 simultaneously, suspension bridge plate 10 drops to first parking stall 101 subsequently, after this carries out the 7th parking stall 107 sweep access vehicles; When carrying out rank rear the tenth parking stall 110 access vehicles, instruct by PLC, after importing the 110 storing and taking out car instruction of the tenth parking stall, machinery begins action, at first 10 risings of suspension bridge plate put in place, it is traversing left to 101 top positions, first parking stall with traversing framework to connect down the suspension bridge plate, while first parking stall, 101 sweeps, the 7th parking stall 107 sweeps, the 8th parking stall 108 sweeps are traversing to the right to second parking stall 102 respectively, the 8th parking stall 108, the 9th parking stall 109, suspension bridge plate 10 drops to first parking stall 101 subsequently, the tenth parking stall 110 sweeps rise to the 7th parking stall 107, after this carry out the tenth parking stall 110 sweep access vehicles; When carrying out rank rear 11 parking stalls 111 access vehicles, instruct by PLC, after importing the 111 storing and taking out car instruction of 11 parking stalls, machinery begins action, at first the 8th parking stall 108 sweeps are traversing to the right to the 9th parking stall 109, connect down 11 parking stalls, 111 sweeps and rise to the 8th parking stall 108, after this carry out the access vehicle of 11 parking stalls, 111 sweeps; When carrying out rank rear 12 parking stalls 112 access vehicles, instruct by PLC, after importing the 112 storing and taking out car instruction of 12 parking stalls, machinery begins action, and at first 10 risings of suspension bridge plate put in place, and it is traversing to the right to 103 top positions, the 3rd parking stall with traversing framework 5 to connect down suspension bridge plate 10, the 3rd parking stall 103 sweeps are traversing left to second parking stall 102 simultaneously, suspension bridge plate 10 drops to the 3rd parking stall 103 subsequently, and 12 parking stalls, 112 sweeps rise to the 9th parking stall 109 simultaneously, after this carry out 12 sweeps, 112 access vehicles.

Claims

1. the portable suspension bridge of a multi-storied garage, it is characterized in that: described suspension bridge comprises the drop in beam track of placing about two (1), the traversing transmission mechanism of placing before and after being provided with two between two described drop in beam tracks (1) (2), the two ends, the left and right sides of each described traversing transmission mechanism (2) all are connected with traversing roller (3), a plurality of described traversing rollers (3) all place on the described drop in beam track (1), any described traversing transmission mechanism (2) is connected with traversing motor (4), the bottom of each described traversing transmission mechanism (2) all is connected with traversing framework (5), place the front surface of anterior described traversing framework (5) and place the rear surface of the described traversing framework in rear portion (5) all to be connected with elevating drive mechanism (6), any described elevating drive mechanism (6) is connected with lifting motor (7), the two ends of each described elevating drive mechanism (6) all are connected with anti-falling mechanism (8), the two ends of each described elevating drive mechanism (6) all are connected with hawser (9), each described anti-falling mechanism (8) is respectively near a described hawser (9), a plurality of hawsers (9) are connected with a suspension bridge plate (10) jointly, are provided with holder line bracket (11) between an end of each described traversing transmission mechanism (2) and the described drop in beam track (1).