CN204552216U - A kind of wire rope two layers of lift-sliding parking equipment - Google Patents
A kind of wire rope two layers of lift-sliding parking equipment Download PDFInfo
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- CN204552216U CN204552216U CN201520120815.3U CN201520120815U CN204552216U CN 204552216 U CN204552216 U CN 204552216U CN 201520120815 U CN201520120815 U CN 201520120815U CN 204552216 U CN204552216 U CN 204552216U
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- wire rope
- traversing
- plate
- guide rail
- drive motors
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Abstract
The utility model provides a kind of wire rope two layers of lift-sliding parking equipment, comprises main body frame, at least one elevating mechanism, at least one transverse-moving mechanism, human-computer interaction device and controller; Wherein, elevating mechanism comprises the wire rope balanced controls that upper strata lifter plate, lifting drive motors, at least one chain and two lateral symmetry are arranged on lifter plate both sides, upper strata; Wire rope balanced controls comprise upper end fixed mechanism, steering front wheel, rear steering wheel, lower end fixed mechanism and at least steel cable; Transverse-moving mechanism comprises the traversing plate of lower floor, traversing drive motors, traversing guide rail and lead limit switch; Controller is connected with lifting drive motors, traversing drive motors, human-computer interaction device and lead limit switch respectively.These two layers parking apparatus structure is simple, stability is strong, reliability is high and cost is low, has good market for prospect.
Description
Technical field
The utility model relates to a kind of parking apparatus, especially a kind of two layers of lift-sliding parking equipment.
Background technology
Current domestic automobile quantity sharply increases, and the recoverable amount of automobile is increasing, and the increasing pressure of thing followed dynamic traffic and static traffic is large, and the problem how solving city parking difficulty has become the important task of of each big and medium-sized cities.As built common civil engineering parking lot in existing city, then need a large amount of land resources, the cycle is longer and cost is higher.Under this kind of overall background, it is excellent that mechanical type two layers of parking apparatus are little with its floor space, short construction period, appearance car rate are high, with low cost etc.
Existing two layers of parking apparatus mainly contain: driven by motor drum lifting formula, a driven by motor more than one piece upper strata are elevated board-like, circulation link chain lift-type, balance chain type and driven by motor lifting shaft type.All there is complex structure and the high defect of cost in existing various devices, especially belongs to secondary transmission when adopting the sprocket wheel in lift shaft to promote the chain drive on the lifter plate of upper strata, and damaging easily appears in lift shaft, and cost is also relatively high.
Summary of the invention
The technical problems to be solved in the utility model is that existing two layers of lift-sliding parking device structure are complicated, cost is high and crucial transmission portion intensity is fragile greatly.
In order to solve the problems of the technologies described above, the utility model provides a kind of wire rope two layers of lift-sliding parking equipment, comprises main body frame, at least one elevating mechanism, at least one transverse-moving mechanism, human-computer interaction device and controller;
Elevating mechanism comprises the wire rope balanced controls that upper strata lifter plate, lifting drive motors, at least one chain and two lateral symmetry are arranged on lifter plate both sides, upper strata; Lifting drive motors is fixedly mounted on the top-support of main body frame; One end of chain is fixedly mounted on the rear end of upper strata lifter plate, and the other end is meshed with the drive sprocket on lifting drive motors output shaft;
Wire rope balanced controls comprise upper end fixed mechanism, steering front wheel, rear steering wheel, lower end fixed mechanism and at least steel cable; Steering front wheel and rear steering wheel are arranged on the rear and front end of the longitudinal frame in lifter plate side, upper strata respectively; The upper end of wire rope is fixed on the top-support of main body frame by upper end fixed mechanism, and lower end is fixed on the bottom bracket of main body frame by lower end fixed mechanism; The S-shaped winding of wire rope is on steering front wheel and rear steering wheel;
Transverse-moving mechanism comprises the traversing plate of lower floor, traversing drive motors, traversing guide rail and lead limit switch; Traversing guide rail is laterally arranged on the below of main body frame; Traversing drive motors drives the traversing plate of lower floor to move along traversing guide rail; The contact of lead limit switch is positioned at the traversing halt place of the traversing plate of lower floor;
Controller is connected with lifting drive motors, traversing drive motors, human-computer interaction device and lead limit switch respectively.
Adopt two symmetrically arranged wire rope balanced controls to balance the left-right and front-back of upper strata lifter plate respectively, in process of rising or falling, remain that upper strata lifter plate is in level, effectively improve the stability of upper strata lifter plate; Adopt elevating mechanism can realize single-point lifting on the basis of wire rope balanced controls, only need can lift by crane an application point force of upper strata lifter plate, greatly reduce the complexity of equipment, effectively reduce equipment cost; Chain is adopted directly to engage with the drive sprocket on lifting drive motors output shaft, not only avoid the lift shaft using secondary transmission, reduce fault rate and equipment cost, and make force more direct, the response speed that improve equipment, the power loss reducing equipment; The traversing plate of traversing drive motors Direct driver lower floor is adopted to move, complexity and the cost of production of equipment can be reduced, adopt lead limit switch to locate the traversing halt of the traversing plate of lower floor simultaneously, more accurate compared to being carried out command displacement by the traversing drive motors of programme-control, and there is higher reliability.
As further restriction scheme of the present utility model, upper end fixed mechanism comprises two adjusting bolts, pressure strip, intermediate plate and hold-down bolts; The vertical edge, both sides of intermediate plate is equipped with riffled tube, and the middle of intermediate plate is provided with revolution cylinder; The upper end of wire rope is in the revolution of revolution cylinder place; Hold-down bolt passes pressure strip and intermediate plate, between the pressure strip be clamped in the wire rope upper end after revolution and intermediate plate; Screw with two riffled tubes after two adjusting bolts pass vertically through the top-support of main body frame.Adopt upper end fixed mechanism that the upper end of wire rope can be detachably installed, and regulate the length of wire rope by two adjusting bolts, compared to the chain adopting heavier mass, not only without the need to installing chain support wheel, and easy for installation, device structure is simplified, reduces equipment cost; Adopt revolution cylinder effectively can improve the constant intensity of wire rope upper end, effectively prevent fag end from coming off, improve the safety and reliability of equipment.
As further restriction scheme of the present utility model, the gyroscope wheel that lower end fixed mechanism comprises strip plate, set bolt and is fixedly mounted on bottom main body frame; The lower end of wire rope, straight down to gyroscope wheel place, returns back to straight up by gyroscope wheel; Set bolt passes the bottom bracket of strip plate and main body frame, is clamped between strip plate and the bottom bracket of main body frame the wire rope lower end after revolution.Adopt lower end fixed mechanism that the lower end of wire rope can be made to form inflection structure, effectively improve the constant intensity of lower end, effectively prevent fag end from coming off, improve the safety and reliability of equipment; Gyroscope wheel is adopted can effectively to prevent wire rope from occurring wearing and tearing in revolution place, the reliability of further raising equipment.
As further improvement of the utility model scheme, at least one anti-falling safety device is equipped with at the top of main body frame; The frame of upper strata lifter plate is provided with the ring buckle corresponding with the hook of anti-falling safety device; Anti-falling safety device is connected with controller.Adopt anti-falling safety device can effectively prevent upper strata lifter plate from falling under no-console condition, further increase the safety of equipment.
As further restriction scheme of the present utility model, wire rope balanced controls comprise two root wire rope, and the horizontal spacing between two wire rope is 1 ~ 2cm.Adopt two wire rope to not only increase the safety and reliability of upper strata lifter plate lifting, and between two wire rope, there is the horizontal spacing of 1 ~ 2cm, can effectively prevent upper strata lifter plate from process of rising or falling, occurring transverse shakiness.
As further restriction scheme of the present utility model, traversing guide rail comprises front traversing guide rail and rear traversing guide rail; Front traversing guide rail is square rail, and rear traversing guide rail is D shape guide rail; Front end bottom the traversing plate of lower floor is provided with the plane roller rolled along front traversing guide rail; Rear end bottom the traversing plate of lower floor is provided with the cambered surface roller rolled along rear traversing guide rail; Arc wheel face and the rear traversing rail crown cambered surface of cambered surface roller fit.The cooperation of D shape guide rail and cambered surface roller is adopted to increase friction area, but also can prevent the traversing plate of lower floor from vertically moving, simultaneously when the traversing plate of installation lower floor, as long as D shape guide rail and cambered surface roller coordinate alignment, and without the need to requiring front traversing guide rail and the complete Accurate align of plane roller simultaneously, decrease the working strength of Installation and Debugging.
As further improvement of the utility model scheme, the central axis of cambered surface roller is coaxially provided with shaft coupling; Shaft coupling is set on the output shaft of traversing drive motors, and rotates with output shaft.Adopt shaft coupling that the output shaft of cambered surface roller and traversing drive motors can be conveniently installed.
As further improvement of the utility model scheme, the forward edge place of the traversing plate of lower floor is provided with the spring steel plate stretched out forward; Spring steel plate is downward-sloping, and is provided with the pivotal revolution limit of turnover downwards in the forward edge of spring steel plate.Adopt spring steel plate that running car can be facilitated on the traversing plate of lower floor, even if the traversing plate of lower floor has certain level height, also without the need to reducing the height of level of traversing guide rail to reduce the level height of the traversing plate of lower floor, equipment is made to have good adaptive capacity to environment; Adopt the pivotal revolution limit of turnover downwards, can prevent the leading edge of spring steel plate from occurring the problem be upturned after long-term use.
As further restriction scheme of the present utility model, elevating mechanism comprises two chains, one end of a chain is fixedly mounted on the left side of lifter plate rear end, upper strata, and one end of another root chain is fixedly mounted on the right side of lifter plate rear end, upper strata backward through two support chain rotations; The other end of two chains is all meshed with the drive sprocket on lifting drive motors output shaft, and is provided with balancing weight at the sagging place of the other end.Adopt two chain syn-chro-step to be elevated the left side of lifter plate rear end, upper strata and right side, further increase stability during equipment lifting.
As further improvement of the utility model scheme, the motor entrance of main body frame is provided with infrared sensor and audible-visual annunciator, and infrared sensor is all connected with controller with audible-visual annunciator.Whether someone enters lifting region to adopt infrared sensor to detect in real time, and is reported to the police by audible-visual annunciator after having people to be strayed into, and further increases the safety of equipment use.
The beneficial effects of the utility model are: (1) adopts two symmetrically arranged wire rope balanced controls to balance the left-right and front-back of upper strata lifter plate respectively, in process of rising or falling, remain that upper strata lifter plate is in level, effectively improve the stability of upper strata lifter plate; (2) adopt elevating mechanism can realize single-point lifting on the basis of wire rope balanced controls, only need can lift by crane an application point force of upper strata lifter plate, greatly reduce the complexity of equipment, effectively reduce equipment cost; (3) chain is adopted directly to engage with the drive sprocket on lifting drive motors output shaft, not only avoid the lift shaft using secondary transmission, reduce fault rate and equipment cost, and make force more direct, the response speed that improve equipment, the power loss reducing equipment; (4) the traversing plate of traversing drive motors Direct driver lower floor is adopted to move, complexity and the cost of production of equipment can be reduced, adopt lead limit switch to locate the traversing halt of the traversing plate of lower floor simultaneously, more accurate compared to being carried out command displacement by the traversing drive motors of programme-control, and there is higher reliability.
Accompanying drawing explanation
Fig. 1 is side-looking structural representation of the present utility model;
Fig. 2 is partial front elevation view of the present utility model;
Fig. 3 is partial top view of the present utility model;
Fig. 4 is that lifting drive motors of the present utility model installs Local map;
Fig. 5 is that traversing drive motors of the present utility model installs Local map;
Fig. 6 is that Local map installed by lead limit switch of the present utility model;
Fig. 7 is that spring steel plate of the present utility model installs Local map;
Fig. 8 is the top view of upper end of the present utility model fixed mechanism;
Fig. 9 is upper end of the present utility model fixed mechanism lateral view;
Figure 10 is lower end of the present utility model fixed mechanism structural representation.
Detailed description of the invention
As Figure 1-10 shows, wire rope of the present utility model two layers of lift-sliding parking equipment, comprise main body frame, at least one elevating mechanism, at least one transverse-moving mechanism, human-computer interaction device 22 and controller, under normal circumstances, the frame construction that main body frame is made up of top-support and bottom bracket, the rectangle frame that top-support is made up of two longitudinal crossbeams 2 and two transverse cross beams 3, bottom bracket is made up of the support column 1 that four are vertically installed, leg-of-mutton corner contiguous block 52 is provided with in the top level of every root support column 1, for installing the longitudinal crossbeam 2 of docking and transverse cross beams 3, improve the intensity of abutting joint, more than transverse-moving mechanism one of elevating mechanism, because transverse-moving mechanism will shift out after a room declines to elevating mechanism and use, this is the common practise of parking apparatus,
Wherein, elevating mechanism comprises the wire rope balanced controls that upper strata lifter plate 5, lifting drive motors 6, at least one chain 7 and two lateral symmetry are arranged on upper strata lifter plate 5 both sides; Lifting drive motors 6 is fixedly mounted on the top-support of main body frame; One end of chain 7 is fixedly mounted on the rear end of upper strata lifter plate 5, and the other end is meshed with the drive sprocket 40 on lifting drive motors 6 output shaft 42; When actual installation uses, if a chain 7, then the lower end of chain 7 is fixed on the centre position of upper strata lifter plate 5 rear end; If during two chains 7, one end of a chain 7 is fixedly mounted on the left side of upper strata lifter plate 5 rear end, one end of another root chain 7 is fixedly mounted on the right side of upper strata lifter plate 5 rear end after two support sprocket wheels 44 commutate, two support sprocket wheels 44 are all arranged in transverse cross beams 3 by sprocket wheel rotating shaft 45, and transversely the direction of crossbeam 3 is provided with the chain guard 43 covered on chain 7; What parallel with chain guard 43 is provided with cable guard 46, for laying the cable of lifting drive motors 6; The other end of two chains 7 is all meshed with the drive sprocket 40 on lifting drive motors 6 output shaft 42, and is provided with balancing weight 20 at the sagging place of the other end, can also improve stability and the safety of upper strata lifter plate 5 lifting so further; Be provided with rotary shaft rack 41 at the end of the output shaft 42 of lifting drive motors 6, for supporting output shaft 42, under preventing long-term weight there is bending deformation in output shaft 42;
Wire rope balanced controls comprise upper end fixed mechanism 11, steering front wheel 12, rear steering wheel 13, lower end fixed mechanism 19 and at least steel cable 10; Steering front wheel 12 and rear steering wheel 13 are arranged on the rear and front end of the longitudinal frame in upper strata lifter plate 5 side respectively; The upper end of wire rope 10 is fixed on the top-support of main body frame by upper end fixed mechanism 11, and lower end is fixed on the bottom bracket of main body frame by lower end fixed mechanism 19; The S-shaped winding of wire rope 10 is on steering front wheel 12 and rear steering wheel 13, and namely wire rope 10 rotates through the top edge of rear steering wheel 13 more straight down after the lower limb of steering front wheel 12 rotates, and is finally straight down;
Transverse-moving mechanism comprises the traversing plate of lower floor 4, traversing drive motors 14, traversing guide rail and lead limit switch 17; Traversing guide rail is laterally arranged on the below of main body frame; Traversing drive motors 14 drives the traversing plate of lower floor 4 to move along traversing guide rail; The contact of lead limit switch 17 is positioned at the traversing halt place of the traversing plate of lower floor 4; Lead limit switch 17 is collided in order to prevent the traversing plate 4 of lower floor, one piece of fixed head 31 is stretched out in the rear end of the traversing plate 4 of lower floor, fixed head 31 is provided with the spool 24 be upturned, spool 24 can be protected the electric wire connecting traversing drive motors 14, a poke rod 32 is stretched out for 31 times at fixed head, for stirring the contact of lead limit switch 17, lead limit switch 17 can be triggered smoothly;
Controller is connected with lifting drive motors 6, traversing drive motors 14, human-computer interaction device 22 and lead limit switch 17 respectively, what human-computer interaction device 22 the utility model adopted is touch-screen, translation lifting order can either be inputted, real-time adjusting position can be shown again.
As shown in FIG. 8 and 9, upper end fixed mechanism 11 comprises two adjusting bolts 50, pressure strip 46, intermediate plate 48 and hold-down bolt 49; The vertical edge, both sides of intermediate plate 48 is equipped with riffled tube 47, and the middle of intermediate plate 48 is provided with revolution cylinder 51; The upper end of wire rope 10 is in the revolution of revolution cylinder 51 place; Hold-down bolt 49 passes pressure strip 46 and intermediate plate 48, between the pressure strip 46 be clamped in wire rope 10 upper end after revolution and intermediate plate 48; Screw with two riffled tubes 47 after two adjusting bolts 50 pass vertically through the top-support of main body frame; When for two wire rope 10, the upper end of two wire rope 10 is clamped in the both sides of intermediate plate 48 by two pieces of pressure strips 46 respectively, and the thickness of intermediate plate 48 is identical with the horizontal spacing of two wire rope 10, avoids occurring friction; Horizontal spacing between two wire rope 10 is 1 ~ 2cm.
As shown in Figure 10, lower end fixed mechanism 19 comprises three pieces of strip plates, 38, three set bolts 39 and is fixedly mounted on the gyroscope wheel 37 bottom the support column 1 of main body frame; The lower end of wire rope 10, straight down to gyroscope wheel 37 place, returns back to straight up by gyroscope wheel 37; Set bolt 39 passes the bottom bracket of strip plate 38 and main body frame, is clamped between strip plate 38 and the bottom bracket of main body frame by wire rope 10 lower end after revolution; Gyroscope wheel 37 is only mounted on the side bottom support column 1, can not cause too large impact to the structural strength of support column 1.
As shown in Figure 1, longitudinal crossbeam 2 of main body frame is equipped with anti-falling safety device 8, each upper strata lifter plate 5 correspondence is provided with four anti-falling safety devices 8; The frame of upper strata lifter plate 5 is provided with the ring buckle 9 corresponding with the hook of anti-falling safety device 8; Anti-falling safety device 8 is connected with controller.
As best shown in figures 5 and 7, traversing guide rail comprises front traversing guide rail 15 and rear traversing guide rail 16; Wherein, front traversing guide rail 15 is square rail, rear traversing guide rail 16 is D shape guide rail, the downside of front traversing guide rail 15 is fixed on front support block 33, front support block 33 is fixed on ground by expansion bolt 26, the downside of rear traversing guide rail 16 is fixed on rear support block 25, and rear support block 25 is fixed on ground by expansion bolt 26; Front end bottom the traversing plate of lower floor 4 is provided with the plane roller 35 rolled along front traversing guide rail 15, and plane roller 35 is arranged on front erection support 34 by front rotary shaft 36 rotary type, and front erection support 34 is arranged on the left and right sides of lower floor's traversing plate 4 front end; Rear end bottom the traversing plate of lower floor 4 is provided with the cambered surface roller 29 rolled along rear traversing guide rail 16, and cambered surface roller 29 is arranged on rear erection support 30 by rear rotating shaft 27 rotary type, and rear erection support 30 is arranged on the left and right sides of lower floor's traversing plate 4 rear end; Arc wheel face and the rear traversing guide rail 16 top cambered surface of cambered surface roller 29 fit; The rear rotating shaft 27 of cambered surface roller 29 is coaxially provided with shaft coupling 28; Shaft coupling 28 is set on the output shaft of traversing drive motors 14, and rotates with output shaft.
As shown in Figure 7, the forward edge place of the traversing plate 4 of lower floor is provided with the spring steel plate 18 stretched out forward; Spring steel plate 18 is downward-sloping, and is provided with the pivotal revolution limit of turnover downwards in the forward edge of spring steel plate 18.
As shown in Figure 1, the support column 1 of the motor entrance of main body frame is provided with infrared sensor 21 and audible-visual annunciator 23, and infrared sensor 21 is all connected with controller with audible-visual annunciator 23.
Claims (10)
1. wire rope two layers of lift-sliding parking equipment, is characterized in that: comprise main body frame, at least one elevating mechanism, at least one transverse-moving mechanism, human-computer interaction device (22) and controller;
Described elevating mechanism comprises the wire rope balanced controls that upper strata lifter plate (5), lifting drive motors (6), at least one chain (7) and two lateral symmetry are arranged on upper strata lifter plate (5) both sides; Described lifting drive motors (6) is fixedly mounted on the top-support of main body frame; One end of described chain (7) is fixedly mounted on the rear end of upper strata lifter plate (5), and the other end is meshed with the drive sprocket (40) on lifting drive motors (6) output shaft;
Described wire rope balanced controls comprise upper end fixed mechanism (11), steering front wheel (12), rear steering wheel (13), lower end fixed mechanism (19) and at least steel cable (10); Described steering front wheel (12) and rear steering wheel (13) are arranged on the rear and front end of the longitudinal frame in upper strata lifter plate (5) side respectively; The upper end of described wire rope (10) is fixed on the top-support of main body frame by upper end fixed mechanism (11), and lower end is fixed on the bottom bracket of main body frame by lower end fixed mechanism (19); Described wire rope (10) S-shaped winding is on steering front wheel (12) and rear steering wheel (13);
Described transverse-moving mechanism comprises the traversing plate of lower floor (4), traversing drive motors (14), traversing guide rail and lead limit switch (17); Described traversing guide rail is laterally arranged on the below of main body frame; Described traversing drive motors (14) drives the traversing plate of lower floor (4) to move along traversing guide rail; The contact of described lead limit switch (17) is positioned at the traversing halt place of the traversing plate of lower floor (4);
Described controller is connected with lifting drive motors (6), traversing drive motors (14), human-computer interaction device (22) and lead limit switch (17) respectively.
2. wire rope according to claim 1 two layers of lift-sliding parking equipment, is characterized in that: described upper end fixed mechanism (11) comprises two adjusting bolts (50), pressure strip (46), intermediate plate (48) and hold-down bolt (49); The vertical edge, both sides of described intermediate plate (48) is equipped with riffled tube (47), and the middle of described intermediate plate (48) is provided with revolution cylinder (51); The upper end of described wire rope (10) is in the revolution of revolution cylinder (51) place; Described hold-down bolt (49) through pressure strip (46) and intermediate plate (48), by between the pressure strip (46) that is clamped in of wire rope (10) upper end after revolution and intermediate plate (48); Screw with two riffled tubes (47) after described two adjusting bolts (50) pass vertically through the top-support of main body frame.
3. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, is characterized in that: the gyroscope wheel (37) that described lower end fixed mechanism (19) comprises strip plate (38), set bolt (39) and is fixedly mounted on bottom main body frame; The lower end of described wire rope (10), straight down to gyroscope wheel (37) place, returns back to straight up by gyroscope wheel (37); Wire rope (10) lower end after revolution, through the bottom bracket of strip plate (38) and main body frame, is clamped between strip plate (38) and the bottom bracket of main body frame by described set bolt (39).
4. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, is characterized in that: at least one anti-falling safety device (8) is equipped with at the top of described main body frame; The frame on described upper strata lifter plate (5) is provided with the ring buckle (9) corresponding with the hook of anti-falling safety device (8); Described anti-falling safety device (8) is connected with controller.
5. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, it is characterized in that: described wire rope balanced controls comprise two root wire rope (10), and the horizontal spacing between two wire rope (10) is 1 ~ 2cm.
6. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, is characterized in that: described traversing guide rail comprises front traversing guide rail (15) and rear traversing guide rail (16); Described front traversing guide rail (15) is square rail, and described rear traversing guide rail (16) is D shape guide rail; The front end of the traversing plate of described lower floor (4) bottom is provided with the plane roller (35) rolled along front traversing guide rail (15); The rear end of the traversing plate of described lower floor (4) bottom is provided with the cambered surface roller (29) rolled along rear traversing guide rail (16); Arc wheel face and rear traversing guide rail (16) the top cambered surface of described cambered surface roller (29) fit.
7. wire rope according to claim 6 two layers of lift-sliding parking equipment, is characterized in that: the central axis of described cambered surface roller (29) is coaxially provided with shaft coupling (28); Described shaft coupling (28) is set on the output shaft of traversing drive motors (14), and rotates with output shaft.
8. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, is characterized in that: the forward edge place of the traversing plate of described lower floor (4) is provided with the spring steel plate (18) stretched out forward; Described spring steel plate (18) is downward-sloping, and is provided with the pivotal revolution limit of turnover downwards in the forward edge of spring steel plate (18).
9. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, it is characterized in that: described elevating mechanism comprises two chains (7), one end of a chain (7) is fixedly mounted on the left side of upper strata lifter plate (5) rear end, and one end of another root chain (7) is fixedly mounted on the right side of upper strata lifter plate (5) rear end after two support sprocket wheel (44) commutations; The other end of two chains (7) is all meshed with the drive sprocket (40) on lifting drive motors (6) output shaft, and is provided with balancing weight (20) at the sagging place of the other end.
10. wire rope according to claim 1 and 2 two layers of lift-sliding parking equipment, it is characterized in that: the motor entrance of described main body frame is provided with infrared sensor (21) and audible-visual annunciator (23), and described infrared sensor (21) is all connected with controller with audible-visual annunciator (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520120815.3U CN204552216U (en) | 2015-02-28 | 2015-02-28 | A kind of wire rope two layers of lift-sliding parking equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520120815.3U CN204552216U (en) | 2015-02-28 | 2015-02-28 | A kind of wire rope two layers of lift-sliding parking equipment |
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| Publication Number | Publication Date |
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| CN204552216U true CN204552216U (en) | 2015-08-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520120815.3U Expired - Fee Related CN204552216U (en) | 2015-02-28 | 2015-02-28 | A kind of wire rope two layers of lift-sliding parking equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104746919A (en) * | 2015-02-28 | 2015-07-01 | 南京力霸起重设备机械有限公司 | Wire rope two-layer lifting and transverse moving parking equipment |
| CN107386736A (en) * | 2017-06-18 | 2017-11-24 | 安徽凯旋智能停车设备有限公司 | A kind of deflecting roller group |
| CN112723221A (en) * | 2020-12-10 | 2021-04-30 | 江苏跃立智能科技有限公司 | Horizontal motor used in lifting process of balance chain |
-
2015
- 2015-02-28 CN CN201520120815.3U patent/CN204552216U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104746919A (en) * | 2015-02-28 | 2015-07-01 | 南京力霸起重设备机械有限公司 | Wire rope two-layer lifting and transverse moving parking equipment |
| CN107386736A (en) * | 2017-06-18 | 2017-11-24 | 安徽凯旋智能停车设备有限公司 | A kind of deflecting roller group |
| CN112723221A (en) * | 2020-12-10 | 2021-04-30 | 江苏跃立智能科技有限公司 | Horizontal motor used in lifting process of balance chain |
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