TWM305244U - Chain linking type ascent/descent apparatus - Google Patents

Description

M305244 VIII. New description: ' 【New technology field】, this new type relates to the technical field of equipment for three-dimensional parking, especially a lifting device that provides lifting power for multi-section three-dimensional parking equipment, especially chain linkage Lifting device. & ^ [Background] ^ Due to the rapid development of the economy, the high development of society, the popularity of automobiles _ has become higher and higher, but the number of cars is increasing, but the parking space is not increasing relatively, especially the narrow people. In dense urban areas, the parking space is ten = tight. In the case of a hard-to-find parking space, finding a parking space is a nightmare of many. Therefore, the mechanized parking lot structure that can be parked at high density and high efficiency has become an important method for solving the shortage of parking spaces. For the purpose of recording, the recording includes a plurality of vehicle longitudinal shifting devices, a vehicle traverse device and a lifter on (4). The drop of the towel parking plate is achieved by means of a lift. However, some of the existing parking equipments also have some problems, that is, the lifting mechanism of each parking board is independent, and the mutual wealth of each other can be linked. In the actual situation, (four), each group of parking plates squatting in a parking board, the other parking boards are not moving. Therefore, the complexity of the twisted silk structure [new content] 6 M305244 exists. In order to achieve the above-mentioned purpose of the present invention, the technical solution adopted by the present invention is: a chain linkage type lifting device, which is characterized in that it includes a group of links and is placed on the frame. There are also a number of sets of chain lifting mechanisms that are driven by Jun Juncheng to drive the lower lions, and a group of chain lifting mechanisms connected by the group and the chain lifting mechanism, which can be vertically lifted on the frame. The lifting wheel seat assembly, and the plurality of sets of loading plate members that are lifted along the frame space of the frame under the crane of the electromagnet telescopic card lifting and lifting wheel seat assembly. The chain lion-type lifting and lowering Wei according to the present invention is also placed on the top of the frame σ and is provided with an electric vehicle for positioning the fishing rod. The characteristic of β is that: using a set of chain transmission mechanism to drive multiple sets of key bars to raise the mechanism work, so that each group of chain lifting mechanisms is linked, and each set of electromagnet telescopic card lifting and lowering wheel base assembly is raised or lowered, and By means of locking or disengaging between each set of electromagnet telescopic cassette lifting and lowering wheel base assembly and each set of carrying plate members, the load-bearing member is lifted. The electromagnetic position-mounted fishing rod set at the top of the age can be automatically controlled to lock or disengage the loading plate member, so that the array of the vehicle board members can be lifted and lowered. The invention simplifies the lifting and lowering moving components of the existing parking equipment, reduces the manufacturing cost of the Ν-1 group lifting mechanism, can achieve a large production and reduces the cost of the equipment, and meets the needs of the public. [Embodiment] Embodiment 1 : In this embodiment, if a movable lifting system is provided, as can be seen from FIG. 1 and FIG. 2, the chain linkage type lifting M305244 system of the present embodiment is mainly provided by the frame 100 and A set of chain conveyors on the frame 100 is driven by the chain transmission mechanism 200 to drive the chain linkage mechanism 300, and a plurality of groups of chain lifting mechanisms 3 are erected to vertically on the frame 1 The electromagnet telescopic cassette lifting and lowering wheel base assembly 400 of the lifter ^ and the plurality of sets of the vehicle board members that are lifted along the frame space of the rack under the electromagnet telescopic cassette lifting and lowering wheel wheel assembly shed A plurality of sets of vehicle board electromagnet positioning hook seats 600 are provided at the top of the frame 1〇〇. The frame 100 is composed of a plurality of front pillars 110, a plurality of rear pillars 12A, a front beam 130, a root rear beam 140, and a plurality of longitudinal cymbals 15 。. A plurality of front pillars 11G, a plurality of rear pillars 120, a root front cross beam (10), a root rear cross sill 14 〇, and a plurality of longitudinal beams 150 have a cross section of I type. The installation method between them is: a plurality of front pillars 110 and a plurality of rear pillars 12 (four) are fixed at the bottom of the ground and are arranged equidistantly along the pits, and a line is formed between the roots of the front and the rear pillars 120. Stop +#^|# ^ ^ τ early opening and closing early. The cross beam 130 and the rear cross beam 140 are respectively fixed at a top end of the plurality of front pillars and the plurality of rear pillars 120 in a vertical intersecting manner, and the plurality of _ 15G are fixedly disposed at the both ends of the front crossbar 130 and the rear cross beam in a vertical phase manner. Between 14Q. It can also be seen from FIG. 1 and FIG. 2 that the chain transmission mechanism 200 of the present embodiment is composed of a gear reduction motor 210, a driving sprocket 22, a driven key wheel 23, a transmission chain 240, and a plurality of transmissions. Spindle coffee composition. The gear reduction is provided on the upper side of the longitudinal beam 150, and the motor output shaft 2 is on the upper key. The drive sprocket 220 is provided. The front drive shaft 250 corresponds to the drive sprocket 22 and has a driven sprocket 230. The transmission key bar 240 is slightly fixed to the outer ring of the drive sprocket 22〇 and the driven 8 M305244 sprocket 230. The plurality of drive spindles 250 can be disposed on the rear cross member by the bearing block 251 disposed above the plurality of load plate members 400. Each of the drive spindles 250 is on the same axis, and each of the two drive spindles 250 is connected in series by a coupling 260. 300

As can be seen from Figs. 1 and 2, the key bar lifting mechanism of the present embodiment is constituted by a synchronous sprocket 310, a lift chain 32, and a residual chain recovery device 33. Such a chain lifting device 300 is provided with two sets in each elevator lifting unit, and the specific configuration is as follows: the synchronous sprocket (10) is disposed at an appropriate position of the driving spindle 25〇. The remaining chain recovery device is composed of a stabilizer roller 331 , an idler pulley 332 , a 1:2 pulley 333 , a root pull rod 334 , a resetting bomb Pula , and a elastic bolt seat 336 ; The recovery device 33〇 is received in the corresponding longitudinal beam (10); wherein the stability wire 331 and the idler wheel are uniformly distributed on the rotating 15G by the shaft and located at the end of the synchronous sprocket, and the Fortune wheel 331 is The center line of the synchronous sprocket 31〇 is at an angle of 120 with the wrong vertical line. The elastic bolt seat 336 is fixed to the middle of the longitudinal beam (10). The pull rod 334 is inserted on the two guiding gussets 337; the two guiding gussets are torn and fixed. The right end of the == Γ 34 pulls the 1:2 pulley 333, the left end puller 33 = the end; the left end of the return spring 335 passes through the fixing screw 320 from the end of the longitudinal cymbal 150 away from the synchronizing key wheel 310. The lifting chain is fixed to the left and the lower direction and is surrounded by the wall and is parallel with the vertical axis 150. Then, according to the appropriate position, the position is lower: the direction is lower and the left is horizontal, and the tail end is connected to the elastic 9 M305244 ,. The elastic thread checker can adjust the lifting chain H tightness. The cultivating chain 32 Μ - τ 垂 末 end of the financial - group of electromagnets extension, % card% lifting pressure wheel seat assembly 4 〇〇. The above-mentioned Lai can be rotated in the same way—(4) Wei Wei shouting (10) to make the drive spindle coffee and the synchronizing key wheel located above several car board member sheds synchronously rotate.

It can be seen from Fig. 3 to Fig. 7 that the electromagnet telescopic cassette lifting and lowering wheel seat assembly gamma is a lifting and lowering wheel seat 42G and electromagnetic Iron telescopic card 荀 component Confucian composition. The lifting and lowering wheel base 420 is a side plate 421 fixedly connected by a straight block and a horizontal connecting beam, and an upper pressing wheel and a lower pressing wheel 423 which are screwed on the same side of the side plate 421; the upper and lower pressing wheels 422 The 243 or more pressure rollers 422 are outside, and the lower pressing wheel 423 is clamped to the rear side plate surface 121 of the rear pillar (10), and the rear side plate surface 121 is a lifting guide, so that the lifting and lowering wheel base 42 circumscribes the rear pillar 12 〇 lift. The other end of the lifting chain 320 is connected to a set of electromagnet telescopic cassette lifting and lowering wheel base assembly 400. The lifting chain 32 is provided with a disc 321 at the other end of the hanging chain. The chain connecting plate 411' is fixed on the key strip connecting plate 411 by screwing to realize the connection. The electromagnet telescopic locking member 430 is pushed by the electromagnet 431, the stirrup 432, and the cassette. The rod 433, the card street board 434, and the U-shaped cassette 435 are configured. The electromagnet 431 is screwed on the electromagnet holder 436, the electromagnet holder 436 is fixed on the side plate M305244 421>, and the U-shaped cassette 435 is welded to the side plate. The side of the 421 connected to the transverse connecting beam 41 is provided with a longitudinal length _ 437 on the top surface of the u-shaped cassette 435; one end of the extension shaft of the iron extension shaft disposed on the electromagnet 431. A Y-shaped ear seat 432 is connected at the end, and a telescopic spring 439 is placed on the other end. The crotch-shaped ear seat 432 is connected to the end of the cassette push rod 433 through a split pin micro-amp; and the other end of the cassette push rod 4 is transported through the top surface of the cassette-type cassette The long slot 437 is connected to the rear end of the latching plate 434 by a vertical intersection f. The pusher 433 is specifically connected to the rear end of the latching plate 434, and the screw on the other end of the latching lever 433 is rotated. It can be placed in the back nut 434a of the rear end of the card arrow board. The cassette 434 is located in the cassette-type cassette, and can be telescopically moved in the U-shaped cassette 433 by the push of the cassette pusher 433. As can be seen from FIG. 1, FIG. 2, FIG. 3, FIG. 9 and FIG. 1 , the carrier plate member 500 is composed of a carrier plate 51, two platform side beams, two channel steels 530, and two. The block guide wheel supports side plates 54A, two guide wheels 55〇, one jack plate _ • and two sets of load plate member balancing members. The two side rails 520 respectively and the two sides of the loading plate 510 are fixed, and two channel steels 530 are respectively screwed on the rear ends of the two side rails 520, at the end of the two channel steel 53 () The vertical intersecting manner is fixedly connected to the guide wheel receiving side plate 54A. A guide wheel 550 is disposed on each of the guide wheel receiving side plates 54. The groove of the guide wheel 55〇 is inserted into the front side plate surface 122 of the rear column 12〇, so that the guide wheel 550 can be placed on the rear column 12〇. The function of rolling on the front side panel 122 is that under the guidance of the two guide wheels 550, the entire board member 500 is not shaken a lot during the lifting process. 11 M3 05244 ▲The jacking plate 560 is connected to the rear end of the carriage plate 51G, and the lower part of the slab is connected to the collision space for inserting the rhyme card 434. · It can be seen from Fig. 1 that each group of vehicles is The plate member balance member is composed of a one-month 'J-wheel 571, a rear idler 572, a balance key bar 573, a fixed ear, a mouthpiece 575 4, and a tightening screw set 576. The front idler wheel Mi and rear The idler pulleys 572 are respectively disposed on the front and rear ends of the side rails of the side plates of the carriage plate 51, and the fixing ears 574 are fixed on the fixed lugs 575. The fixed lug milk is installed at the lower end of the rear pillar 120, and the elastic screw set (10) is installed. On a certain longitudinal beam (10), the balance chain 573 is wound from the left side of the rear idler 572 to the right side downward, and then the left side of the front idler 571 is upwardly and upwardly. Attached to the slack screw set 576, the other end of the balance chain 573 is attached to the fixed lug 574. As can be seen from FIG. 1 ® 11 and FIG. 12, the vehicle board electromagnet positioning hook seat 600 is composed of a positioning shackle (10) and an electromagnet positioning hook seat member, wherein the lower end of the positioning shackle 610 is threaded by a nut 611. The aforementioned platform side beam 530. The electromagnet positioning hook seat member (4) comprises a frame 621 composed of a top plate gamma and two side plates 621b, an electromagnet 622, a compression magazine 3, a T-shaped cassette 624, an L-shaped hook 625, a spring spring coffee, and a frame. The top plate 621a of the 621 is screwed to the bottom of the corresponding longitudinal beam 15〇, and the side plate 621b of the frame 621 is provided with a type card that slides up and down by the τ-type card g 624. The lifting chute 621c 'electromagnet 622 The iron plate 622a fixedly connected to the side plates of the two pieces of 621 is mounted between the two side plates (four) of the frame 621. On the working end of the iron telescopic shaft 622a of the electromagnet 622, a compression 12 M305244 is applied. At the end of the 623, a Y-shaped ear 627 is fixed. The Y-shaped ear 627 is further connected to the upper end of the T-shaped latch 624 via a split pin 628. The two ends of the τ-type latch 624 pass through two of the frame 621. The side plate 62 is mounted on the upper side of the two side plates 621b of the frame 621 via the hook shaft 625a, and the L-shaped hook 625 is swingable about the hook shaft 625a, and the spring spring 626 is looped over one end of the hook shaft 625a, and one end of the spring spring 626 is hung with the L-shaped Fixedly connected to the side surface 625, an inner side surface of the side plate 621b and the other end connected to the frame 621, [tau] Xun type card 624 is positioned inside the upper end of the L-shaped hook 625. The working process of the embodiment is implemented as follows. Referring to FIG. 12 to FIG. 12, a gear reduction motor 210 is driven by a driving sprocket 220 and a transmission chain 240 which are disposed on the motor output shaft 211 to be driven by a front drive shaft. The driven sprocket 230 on the 250 rotates, and the driven driven sprocket 230 rotates the front drive spindle 250. The front drive spindle 250 synchronizes the plurality of drive spindles 250 connected in series through the plurality of couplings 260. Turn. The synchronously rotating plurality of transmission spindles 250 respectively rotate the synchronous sprocket 310, which is set on each of the transmission spindles 250, synchronously, and the synchronous sprocket 310, which is set on each of the transmission spindles 250, is driven during the rotation. Lift the chain 32 〇 movement. Since the end of the lifting chain 320 is connected with a set of electromagnet telescopic cassette lifting and lowering wheel base assembly 400, the lifting chain 320 can drive the electromagnet telescopic card lifting and lowering wheel seat assembly 400 along the rear column during the movement process. 120 to carry out the lift. The upper and lower pressing wheels 422 and 423 on the lifting and lowering wheel base 420 of the electromagnet telescopic chucking lifting and lowering wheel base assembly 4 are clamped to the rear 13 M305244 side plate surface 121 of the rear pillar 12〇, and thereafter The side panel surface 121 is a lifting rail of the entire electromagnet telescopic chuck lifting and lowering roller wheel assembly 400. Therefore, the entire electromagnet telescopic card lifting and lowering roller wheel assembly 400 is relatively stable. The working process of the residual chain recovery device 330 of the present embodiment is that when the entire electromagnet telescopic chuck lifting and lowering wheel wheel assembly 4 is lowered along the rear pillar 12〇, in order to ensure the entire electromagnet telescopic chuck lifting and lowering wheel seat The assembly 4 is lowered into position, and the lifting chain 320 is extended downward by the synchronous sprocket 310. At this time, the lifting chain 320 is wound around the end of the 1:2 pulley 333 through the 1:2 pulley °33J and 1:2. The pull rod 334 connected to the pulley 333 stretches the return spring 335, so that the pulley 333 moves to the left, so that the lift key 32 延长 is extended, thereby ensuring the entire electromagnet telescopic cassette lifting and lowering wheel base assembly. _ fell into place. When the entire electromagnet telescopic cassette is lifted and lowered, the lifting chain 320 is gradually retracted by the synchronous sprocket 31〇, so that the tension force of the return spring 335 is reversed. It will gradually weaken. With the gradual weakening of the tensile force, the return spring 335 will be gradually reset and shortened, and the pulley 333 will be moved to the right by the lever. The excess key bar of the lifting button 逐步 will be gradually stepped = the elastic value of the chain (4) will be lifted to make the electromagnetic The iron telescopic cassette 荀 step-down wheel housing assembly 400 has a smooth rise throughout the entire process. When the entire electromagnet telescopic card lifting and lowering wheel base assembly shed is lifted to a position corresponding to the carrier plate and the member 500, the electromagnet is extended and the squeezing member 6 her electromagnet 431 is energized, and the electromagnet 431 is energized. The magnetic iron telescopic shaft 438 produced by the coil is extended, and the extension of the iron and the telescopic shaft of the suction iron is pressed. The protruding iron telescopic shaft is finely passed through the γ-shaped ear seat. M305244 type cassette Introduced within 435 'inserted into the vehicle board member 50. In the welding ms ' _ traits fine wheel seat assembly telescopic card $ 434 and jacking plate 56 (3 under the combined action, electromagnet expansion and contraction card% lifting pressure wheel seat assembly 働 drive the vehicle plate 51 升降 together with the lift = The vehicle parked on the vehicle board 510 is lifted to a designated position. The right-saki car unit does not have the material to transmit electromagnetic: the electromagnet 43 in the shrinking member is not in the 434 The iron telescopic shaft protrudes from the inside of the cymbal cymbal under the fine push and is inserted into the collision space of the lower part of the jacking plate 560 at the middle end of the load plate member 5. The slab is squatted and the squat is raised and lowered. In the process, the two sets of the vehicle board member balance chain 573 thereon slide over the front and rear idlers 571, 572, so that the stability of the board member 510 during the lifting process. The plate 510 is raised and lowered within a predetermined range. '120 毐 毐 (4) n L does not return to the sigh. The upper end of the rim (10) ring (10) in the load plate member 500 collides with the vehicle plate electromagnet positioning Γ 2 〇ΓΙ 150 axis 625 Μ Fishing the lower end of the 625, so that the upper end of the L-shaped hanging fishing 625 is wound around the hook, TM 顺, (10) _ through the LA 乂 when set on the fishing line 625a The spring 626 tends to be more 15 M305244 twisted. When the positioning shackle 61 〇 passes the restoring force of the L-shaped hook coffee, the L-shaped hangs around the hook to pinpoint the positioning shackle (10). Because of the T-shaped card (10) 4 Rely on the L-shaped fishing 625:: Side 'on the T-type card: § 624 under the block' L-shaped hook 625 upper end is not 曰 ° inside swing 'L' L-shaped fishing 625 # lower end will stabilize the hook 610 After the lower end of the L-shaped hook 625 is firmly hooked to the positioning shackle 610, the electromagnet 431 of the electromagnet telescopic ferrule member 4= in the electromagnetic spring iron telescopic card hoisting and lowering pressure roller seat assembly shed is powered off. At this time, the telescopic expansion of the iron telescopic shaft is carried out, and the spring 439 is extended and reset after losing the compressive force, and the extended iron telescopic shaft 438 is pulled back, and the iron telescopic shaft passes through the γ-shaped ear mount and the cotter pin. 432a, the cassette pusher 433 pulls the cassette tree extending out of the cassette type 435 back into the U-shaped cassette 435, so that the cassette board 434 is welded from the carrier board member 5 to the fresh board 51G. The jacking plate of the rear end_the collision space of the lower part exits, thereby causing the electromagnet telescopic chucking lifting and lowering wheel base assembly_ to be disengaged from the loading plate member 500. When the load plate member 500 needs to be lowered, the electromagnet 431 in the electromagnet telescopic cassette member 430 is energized in accordance with the above operation, and the cassette 434 located in the u-shaped cassette 435 is removed from the u-shaped cassette. The push-in, inserted into the load board member 500 is welded into the bottom of the jack plate 560 at the rear end of the carriage plate 510. Then, the electromagnet 622 in the electromagnet positioning hook seat member 620 is energized, The magnetic force generated by the coil in the electromagnet 622 pulls the iron telescopic shaft 622a to retract. At this time, the compression on the iron extension shaft 622a is compressed 16

M305244 Spring 623 is compressed. The retracted iron telescopic (4) is lifted by the γ-type ear prevention and the split pin 628, so that the τ-type card freckle l-type fishing 625 is detached, and the spring spring 626 tends to be more (four) state ^ The type hook 625 can be freely rotated after losing the resistance of the 卡 type card 624, and the positioning of the fishing ring 610 will be separated from the L-shaped hanging under the action of the vehicle Γ1 Γ1 force to make the fresh plate member chat. The electric surface card 4 is driven to lift and lower. When the hook is finely drawn from the _ hook 625 on the j, under the action of the hairspring 篑 篑 篑 立 立 , , L 625 625 625 625 625 625 625 625 625 625 625 625 625 625 625 625 625 钓 钓 钓 钓 原来 原来 原来 原来 原来 原来 原来 电磁 电磁 电磁The electromagnet 622 is powered off. At this time, the compression elastic yellow 623 which is placed on the iron extension shaft 622a is lost in the extension of the force, and the extension shaft 622a of the iron is pushed out, and the extension shaft of the iron is passed through the γ-shaped ear 627. The split pin 628 pushes the 苟-shaped cassette 624 back to the original position to block the l-type fishing 625 to greet the next action. The design of the automatic control system circuit of this embodiment should be such that when one of the parking plate members 5GG in the parking lifting unit is raised and lowered, the other parking lifting unit (four) electromagnet telescopic card is lifted in the hoist assembly shed. The electromagnet 431 in the electromagnet telescopic cassette member 43G must be de-energized, and the card-receiving plate is slid back to the U-shaped cassette 435 β by the free elastic force of the telescopic spring sleeved on the suction-reduction shaft 438. The collision space in the lower portion of the jacking plate 56 of the rear end of the carriage plate 510, which is not protruded into the carriage member _, is the same as that in the electromagnet positioning hook member 620 of the parking lift unit. The 622 must also be powered off, relying on the τ-type cassette (10) to block, so that the l 17 M305244 type fishing 625 hooks the positioning fishing ring (10), causing other parking and lifting bicycle components _ Lin Dong. According to this, the operation of the door of the Ke parking unit can be switched, and the board member between the different parking units can be lifted and lowered. Embodiment 2: Referring to FIG. 13 to FIG. 16, the chain linkage type lifting system shown in FIG. 13 and Embodiment 1 is that the electromagnet 431 of the electromagnet telescopic material member 4 is directly screwed on the lifting and lowering wheel seat by the electromagnet bracket injury. The side plate 421 is fixedly connected to the lateral connecting beam 410, and one end of the iron telescopic shaft 438 disposed on the electromagnet 431 is connected to the Y-shaped ear holder 432 through the transverse connecting frame. The rest of the structure is the same as in Embodiment 1. 'Embodiment 3: Referring to Fig. 14, the chain linkage type lifting system shown is the same as that of the embodiment 1: each group of vehicle board member balancing members is * a front idler 577, a rear pulley 578, and a The wire rope 579, the fixing ear 574, the fixing lug 575, and the elastic screw set 576 are formed. The front movable wheel 577 and the rear pulley 578 are respectively axially disposed at the front and rear ends of the side sill 53 两侧 on both sides of the loading plate 510, and the fixing ear 574 is fixed at On the fixed lug 575, the fixed lug 575 is mounted on the lower end of the rear pillar 120, the elastic tightening screw set 576 is mounted on a corresponding longitudinal pylon 15 ,, and the wire rope 579 is surrounded by the rear pulley 578 from the left side to the right side. Downwardly, the front left wheel 577 is wound from the left side to the upper side, and the tail end is connected to the elastic screw set 576. The other end of the wire rope 579 is connected to the fixed ear 574. The rest are the same as in the first embodiment. Embodiment 4: Referring to the chain linkage type lifting system shown in Fig. 18, the difference from the embodiment 1 is that the lifting key bar 32 in the chain lifting mechanism 300 is another 18 M3 05244 - the end of the sagging and the group of electromagnets The cross-connecting beam 410 of the telescopic card g lifting and lowering wheel base assembly is connected in such a manner that the lifting key bar 32 is further suspended by the hanging head 322, the hanging piece 323 and the opening pin 324, and the hanging rod 325 is attached to the hanging section thread 326. It is connected to the transverse connecting beam 410 by a nut 327. The rest are the same as in the first embodiment. Embodiment 5: Referring to Fig. 19, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ chain chain rim disease is the sprocket chain disease 35G, anti-off chain pressure wheel _ = this: Strip lifting device _ in each parking lifting unit 2 =, the specific configuration is: synchronous chain:: anti-dechaining roller 36 ◦ from the shaft and bearing 150, and located in the #近同步 linkage sprocket 34〇 The one end side 360 is on the same working surface as the middle decoupling pressure wheel of the synchronous link sprocket 34〇. The vertical line is 12°. The angle of the angle, = below the ΓΓ. Alloy link lifting chain 'with ί == two " direction upwards around the right side, and then follow the anti-off key pressing wheel 360 step _ sprocket _ between the four (four) people set chain key alloy link lifting chain 35 〇 another +^ + Retracting card 苟 Lifting and pressing dry seat q The end of the knitting is connected with a set of electromagnets. The end of the connecting strip and the other sagging is connected to the cross member 328 and the cross connecting beam 410. u & lifting lugs The above alloy link lifting chain 35 is the same as in the first embodiment. It has been replaced by the current chain of scorpions. M305244 Embodiment 6: Referring to the chain linkage type lifting system shown in Fig. 20 and Fig. 2, the difference from the first embodiment is that the electromagnet telescopic cassette member 43 is composed of - an electromagnet 43 The ear block 432, the two card shackles, the two shackles 434, the two U-shaped shackles 435, the two shackles 43, the stalks 432c, the root link 432d, - an electromagnet 431 is directly screwed under the middle portion of the transverse connecting beam 410; two 荀 type 荀 伽 伽 are separately welded on the side of the two side plates 421 and the transverse connecting beam 410, in the mouth type card The top surface of the box 435 is provided with a longitudinal elongated slot 437; the end of the end of the iron extension _ 438 disposed on the electromagnet 431 is connected with a γ-shaped ear mount and sleeved with a telescopic spring 439. The crotch-shaped lug 432 is connected by a lower end of the split pin torsion link 432d, and the upper end of the connecting rod is fixed in the middle of the micro-axis of the connecting rod, and the two defeated rods are generally inferior for two hours. The upper ends of the two further rods 432b are respectively connected to one end of the push rod 433, and the other end of the card i pushes through the long groove on the top surface of the u-shaped cassette 435, and the end of the card 430 _ _ The mode is connected to the card board panel = ί card box 433, and can be telescopically moved in the U 1 card Xiuming 433 under the push of the cassette push rod 433. When the electromagnet 431 of the embodiment is energized, the coil in the electromagnet 431 pushes the iron telescopic shaft 438 to retract. At this time, the iron telescopic shaft and the retracting spring 439 are compressed. The retracted iron telescopic shaft is prepared by rotating the connecting rod shaft 432c from the shaft 432, the opening pin micro, and the connecting rod shaft 432c to rotate the connecting rod shaft and forcing the two fork rods connected at both ends thereof. The angle is raised to push the clicker 433 forward along the long slot 437 on the top surface of the U-shaped cassette 20 M3 05244 435, and the cassette 434 in the cassette 435 will be placed. It is pushed out from the U-shaped cassette 435, and is inserted into the collision space of the lower plate 56 of the rear end of the carriage plate 51.

When the electromagnet 431 tf is energized, the telescopic elastomer 439 which is sleeved on the extension shaft of the iron is subjected to elongation reduction after the compression force is lost, and the contraction-retraction shaft 438 is pushed out, and the extension shaft 438 of the iron is passed through the γ-shaped ear. The seat 4, the split pin 432a, the link machine slightly rotates the link shaft by an angle, and the rotation of the two link shaft 432c forces the two poles 4 connected to the two ends to swing back at an angle, pulling the clicker 433 is moved back along the long slot 437 on the top surface of the U-shaped cassette garb box. The 荀 将 将 伸出 伸出 u u 回到 回到 回到 回到 回到 回到 回到 回到 回到 434 434 434 434 434 434 434 434 434 434 434 434 434 The collision space of the lower portion of the jack plate 560 welded to the rear end of the carriage plate 510 is withdrawn from the carriage plate member 5A, so that the electromagnet telescopic card body lifting and lowering wheel base assembly 働 is separated from the carrier plate member 5. This embodiment can better synchronize the push-out and retraction of the cassette 434. The other parts of this embodiment are the same as those in the first embodiment. Embodiment 7: Referring to FIG. 22 and FIG. 23, the chain linkage lifting system with thousands of millimeters is mainly composed of the frame 100 and a set of chain transmission mechanisms 200 disposed on the frame 丨9nn #r Multiple sets of chain lifting mechanisms driven by the chain drive mechanism 2〇〇, and each group of chain lifting mechanisms _ driving the vertical lifting of the rack on the rack. 4 The shrink-up 苟 lifting and lowering wheel wheel assembly 400 is driven by a plurality of sets of M305244 slab members 500 which are just below the lower machine and the D-frame. Wherein the frame 100 is composed of a plurality of rear pillars 120 and a plurality of cantilevers (10), and the cross-section of the rear pillars 120 is red-colored. The installation method between them is: the lower ends of the plurality of rear pillars 120 are fixed on the bottom surface of the _, and are arranged equidistantly along the pits, and the plurality of cantilevers 16 〇 are respectively intersected with the upper ends of each of the rear pillars 12〇. Mode 111 is set to connect. A parking lift unit is formed between each of the two rear pillars 120 and each of the booms 160. The chain transmission mechanism of this embodiment is also composed of a gear reduction motor ❿ 210, a driving sprocket 220, a driven sprocket 23G, a transmission chain 24 〇, and a plurality of transmission spindles 250. The gear reduction horse s 21〇 is mounted on the upper end of the outermost rear pillar 12〇 through the motor bottom plate adjusting bolt 213. The force shaft sprocket 220 is arranged on the force shaft m, and the front drive shaft 25 〇 and the corresponding active key wheel 220 With the driven sprocket 23 〇, the transmission key bar 24 is slightly fixed to the outer rim of the drive sprocket 220 and the driven sprocket 23 . The plurality of drive shafts 25 can be disposed above the plurality of load plate members by the seat bearing 252, and the seat 252 is placed on the side connecting plate, and the upper end of the side connecting plate 253 is fixed to the plurality of rear columns. The upper connecting plate 254 of the upper end of the 12G is connected. Each of the drive spindles 250 is on the same axis and is connected in series between the two drive spindles 25 through the coupling 260 (see Figure 2). The simplified chain of the rhyme structure is composed of the ring_wheel 340, the alloy chain lifting chain bar, the anti-separation chain wheel and the chain bag. Such a chain lifting device is provided with two sets in each parking lifting unit. The specific configuration is as follows: the synchronous link sprocket 340 is disposed at a suitable position of the driving spindle 25〇 22 M305244. The anti-off chain pressure roller 360 is disposed on the side connecting plate 253 by the shaft and the bearing, and is located at one end close to the synchronous link sprocket 34, and the center line and the misalignment line of the anti-off key pressing wheel and the synchronous_sprocket 340 Into 12 〇. The refreshing angle is on the same work surface. The chain bag 370 is also screwed on the side connecting plate and located below the anti-off chain pressing wheel. The chain of the alloy link material is circulated by the synchronizing %, that is, the sprocket _ the left side downward direction and the right side downward, and then the gap between the anti-off key pressing wheel 360 and the synchronous link 34 落 falls into the collecting key bag. At the other end of the alloy link lifting chain 350, there is a set of electromagnets, a thin card, a lifting and lowering wheel base assembly 働. The connection method is as follows: the other end of the alloy link lifting bar is connected to the transverse connecting beam by a lifting lug 328 fixedly connected with the transverse connecting beam 410 (see Fig. 19). The above-mentioned gold-link lifting chain 350 can also be replaced by a roller chain. The electromagnet telescopic cassette lifting and lowering wheel housing assembly shed of the present embodiment has the same configuration as that of the electromagnet telescopic cassette lifting and lowering wheel housing assembly side of the first embodiment. The carrier plate member 5 of the present embodiment is composed of a carrier plate, a lift T [frame 580, two upper lift wheels 55〇a, two class lower lift pressure wheels/moon wheels, And 550b, the block jacking plate 56〇 and the two sets of load board member balancing members are formed. The carriage plate 510 is placed on the lifting frame 帛 58〇. The jacking plate 56 is fixed to the top end of the rear side of the elevating frame 580 and is located between the two rear pillars 120, and has a collision space for inserting the aforementioned latching plate 434. The two upper lifting and lowering wheels 550a are respectively arranged on the two sides of the rear end of the lifting frame, and the two soundings are lifted and the upper pulleys are arranged on the two sides of the rear side of the material frame 580. The lower lifting and lowering roller of the pressure roller 5 and the step type lower lifting roller pulley group 23 M305244 550b sandwiches the front side plate surface 122 of the rear pillar 120 with the lower pressure reducing wheel 550a and the lower lifting pressure roller. The front side panel 122 is a lifting guide, so that the lifting frame 580 moves up and down the column 120. Each set of load board member balance members is composed of a front idler 577, a wire rope 579, a fixed ear 574, a fixed ear seat 575, a loose bolt 579a, and a lifting ring 576a. The movable wheel 577 is axially disposed at the front end of the lifting frame 580. On both sides, the fixing lug 574 is fixed on the fixing lug 575. The fixing lug milk is mounted on the lower end of the rear pillar 120, the lifting ring 576a is mounted on the bottom of the cantilever 160, and the elastic bolt 579a connects the two steel cords 579, and the elastic is preset. value. The wire rope 579 is wound from the lower left side of the pulley of the step type lower lifting roller block 550b to the right side downward, and then the left side of the front movable wheel 577 is wound up to the right side = upper side, and the tail end is connected to the lifting ring 576a. The other end of the woven 579 is attached to the fixed ear 574. The working method of this embodiment is basically the same as the above embodiment. 24 M3 05244 [Description of the Drawings] Fig. 1 is a schematic view showing the structure of the first embodiment of the present invention. Figure 2 is a schematic view of a of Figure 1; She is a schematic diagram of the working state of the electromagnet telescopic cassette lifting and lowering wheel base ', ▲, and the loading plate member according to the first embodiment of the present invention. Figure 1 is a schematic diagram of the A-squinting of the Wei magnet side lifting and lowering wheel seat of Fig. 4.

Figure 6 is a B-B view of Figure 4; Figure 7 is a schematic view of the C-C of Figure 4; FIG. 8 is a schematic structural view of the lift chain of the present invention. Figure 9 is a schematic view showing the structure between the vehicle board member and the frame according to the embodiment i of the present invention. The figure is a schematic view of the A-A of Fig. 9. Figure 11 is a schematic view showing the structure of the electromagnet positioning hook seat of the vehicle board according to the first embodiment. Figure 12A-A of Figure 11 is not intended. Fig. 13 is a structural schematic view showing the assembly of the electromagnet telescopic cassette lifting and lowering wheel base according to the second embodiment of the present invention. Figure 14 is a schematic view taken along line A-A of Figure 13; Fig. 15 and B-B of Fig. 13 are not intended. Figure 16 is a schematic view taken along line C-C of Figure 13; Figure 17 is a schematic view showing the structure of the third embodiment of the present invention. 25 M305244 FIG. 18 is a schematic diagram showing the connection relationship between the electromagnet telescopic cassette lifting and lowering wheel base and the chain lifting mechanism according to the fourth embodiment of the present invention. Fig. 19 is a schematic view showing the structure of a chain lifting mechanism according to a fifth embodiment of the present invention. Fig. 20 is a view showing the structure of an electromagnet telescopic card seedling member according to a sixth embodiment of the present invention. Figure 21 is a schematic view of the a_A direction of Figure 19. Figure 22 is a schematic view showing the structure of the seventh embodiment of the present invention.

Figure 23 is a schematic view showing the structure of the paving lifting mechanism of the seventh embodiment of the present invention. [Main component symbol description] 100 rack 200 chain drive mechanism 300 chain lifting mechanism 400 lifting and lowering wheel seat assembly 500 loading plate member 600 hanging fishing seat 110 front column 120 rear column 122 front side plate 130 front beam 140 rear cross 150 Longitudinal beam 26 M305244 210 gear reduction motor 211 Motor output shaft 220 Drive sprocket 230 Drive sprocket 240 Drive chain 250 Drive spindle 251 Bearing seat 260 Coupling

310 Synchronous Sprockets 320 Lifting Chains 321 Discs 322 Hanging Heads 323 Hanging Tabs 324 Opening Pins 325 Hangers

326 thread 327 nut 328 lifting lug 330 chain recovery unit 331 stabilizer roller 332 idler pulley 333 pulley 334 lever 27 M305244

335 return spring 336 bolt seat 337 guide angle plate 338 fixing bolt 340 synchronous link sprocket 350 alloy link lifting key bar 360 anti-off chain pressure wheel 370 set chain bag 410 cross connecting beam 411 chain connecting plate 420 lifting pressure wheel seat 421 side plate 422 Upper pressing wheel 423 Lower pressing wheel 430 Clamping member 431 Electromagnet 432 Y-shaped ear seat 432a Cotter pin 432b Fork 432c Connecting rod shaft 432d Connecting rod 433 Clamping rod 434 Clamping plate 28 M305244

434a retaining nut 435 U-shaped cassette 436 electromagnet bracket 437 long slot 438 iron telescopic shaft 439 telescopic spring 510 carrier plate 520 platform side beam 530 channel 540 side plate 550 guide wheel 550a lifting roller 550b lifting pressure Wheel block 560 Jacking plate 571 Front idler 572 Rear idler 573 Balanced chain 574 Fixed ear 575 Fixed lug 576 Elastic screw set 576a Ring 577 Front wheel 578 Rear pulley 29 M305244

579 Wire rope 579a Elastic bolt 580 Lifting frame 610 Positioning hook ring 620 Magnet positioning hook seat member 611 Nut 621a Top plate 621b Side plate 621c T-shaped cassette lifting chute 622 Electromagnet 622a Iron plate 623 Compression spring 624 T-shaped cassette 625 L-shaped hook 625a hook shaft 626 spring spring 627 Y-ear 628 cotter pin

Claims (1)

M3 05244 Amendment of the date of the month of the ninth, the scope of the application for patents: 1, the type of chain linkage Fu (four), can provide the transmission of the shared lifting power of the segmental parking equipment for the group of three-dimensional parking equipment, which is characterized by · Machine wood, which is equipped with a gamma mechanism on the frame consisting of the front and rear pillars and the front and rear beams and a plurality of longitudinal beams, and is provided with a plurality of sets of chain-chain transmission mechanisms to drive the lions on the touch. The chain enhances the lining, and the multi-group and chain lifting mechanism mobilizes each group of hybrid linings to drive the multiple sets of electromagnet telescopic cassettes, lifting and lowering wheel base assemblies and multiple sets of residual chain recovery devices. And a plurality of sets of vehicle board members that are lifted along the frame space of the rack under the driving of the electromagnet-expanding cardiobacteria lifting and pressing wheel seat assembly, and the electromagnet of the telescopic chuck of the lifting and lowering wheel base is energized by an automatic control method. Or power off, the telescopic cassette is pushed out or reset, and the plurality of sets of electromagnet positioning hook groups are arranged under the jacking plate of the rear end of the plurality of sets of the loading plates, and the plurality of sets of electromagnets are arranged between the respective loading plates and the longitudinal members of the frame. Also energize or de-energize the electromagnet The shackle is self-locking or loosening, and the telescopic cassette is pushed or reset to self-lock and loosen with the positioning hook of the loading plate, and the electromagnet is energized or powered off to automatically switch the action to achieve a single carrier. Board lifting requirements. 2. The chain linkage lifting device according to claim ,, wherein the chain transmission mechanism is composed of a gear reduction motor, a driving sprocket, a driven sprocket, a transmission chain, and a plurality of transmission spindles; the gear reduction motor screw It is arranged above a longitudinal beam, and the motor output shaft is provided with a driving sprocket on the shaft, and a driven sprocket is arranged at a key of the front transmission shaft corresponding to the driving sprocket, and the transmission chain ring is slightly fixed to the active key wheel and Driven sprocket outer ring; several drive spindles can be set on the rear cross member of the upper end of the mosquito reading book by the bearing block at the number of 31 M305244 'years. γ' $ fresh plate members, each _ The main outline is paste-giving, and every two transmission main shafts are rotated by the miscellaneous devices fixed on the rear; the chain hoist's structure is composed of a synchronous sprocket, a lifting chain and a residual chain recovery device. Such a chain, the lifting device is provided with two sets of parking lifts 70 formed between each of the two front pillars and the rear pillars, and the specific configuration manner is: the synchronous sprocket keys are arranged at appropriate positions of the transmission spindle; Lifting chain by the left side of the sync key wheel • after recovery around the chain I and is connected to the other lifting chain - terminal drooping and - telescoping group of electromagnets Xun-down card is connected to the wheel bracket assembly. 3. The chain linkage lifting device according to the item 1, wherein the residual key recovery device is composed of a stable pressure roller, an idler pulley, a 1:2 pulley, a pull cup, a root revolving spring, - a loose bolt is formed; the entire residual key recovery device is received in the corresponding longitudinal beam; wherein the stabilizer and the idler are both located on the _ upper and are located on the synchronous key wheel of the sling lifting mechanism The end of the 'and the pressure roller and the synchronous sprocket have a centerline and a vertical line of 120. The lost angle, the elastic bolt seat is fixed in the middle of the longitudinal beam; the tie rod is inserted in the two guiding + gussets 'two guiding gussets are fixed in the middle of the longitudinal beam; the right end of the pulling rod is holding the 1:2 pulley' The left end pulls the right end of the return spring; the left side of the reset spring is made by the mouth >^ screw; the 纵 is at the end of the longitudinal beam away from the synchronous sprocket; the lifting key strip is surrounded by the left side of the synchronous sprocket to the right side Down, follow the left and right sides of the stability roller to the right, and then pass the upper left side of the idler to make the lifting chain horizontal and parallel with the longitudinal beam, and the appropriate part is surrounded by the 1:2 pulley, turning and The level of the left is connected to the elastic bolt seat at the end. 32 M305244 4. The key bar joint lifting device as described in Item 1 of the above, wherein the electromagnetic 'iron telescopic card® lifting wheel base assembly is made up of - root transverse connecting beam and fixed installation, storage gambling The wind wheel electromagnet telescopic cassette member is constructed; the tilling wheel base is composed of a side plate fixedly connected by a straight block and a horizontal joint, and an upper and lower pressing wheel which are screwed on the same side of the side plate; The pressing wheel above the lower pressing wheel is in the outer 'lower pressing wheel, and the rear side plate surface is continuously recorded. The electromagnet extending and contracting the clamping member is made up of an electromagnet, a γ-shaped ear seat, a card 苟# cup card 荀The plate and the U-shaped cassette constitute the 'electromagnet screw on the electromagnet bracket, the electromagnet bracket is fixed on the side plate; the U-shaped cassette is welded on the side of the side plate connected to the transverse connecting beam, at the U The type of the card box is provided with a longitudinal long groove on the surface; the end of one end of the iron extension shaft of the electromagnet is connected with a Y-shaped ear seat, and the other end is provided with a telescopic spring; the γ-shaped ear The seat is connected to the end of the cassette push rod by means of vertical intersection, and the card board is located in the U-shaped Kanujin, and Driven by putting the card Gou, the U-shaped card? The box is for telescopic movement. 5. The chain linkage type lifting device according to claim 4, wherein the electromagnetic sinus iron telescopic card g member is composed of an electromagnet, a gamma seat, two card rams, a 峨ka plate, Two U-shaped cards? The box, the two forks, the root link, the - root link constitute '- an electromagnet directly screwed in the transverse joint; the lower; the two U-shaped card boxes are respectively welded to the two side plates and On the side of the horizontal connection, a longitudinal groove is provided on the U-shaped card box; the end of one end of the extension shaft of the iron on the electromagnet is connected with a γ-shaped seat. a telescopic spring; the γ-shaped ear seat is fixed to the middle of the connecting rod shaft through an upper end connected to the lower end of the connecting rod, and the lower ends of the two fork rods are respectively fixed at = 33 M305244 <;>; The two ends of the two ends of the two rods are respectively connected to the _ end of the push rod: = the other end of the rod passes through the u-shaped cassette box and the long groove of the box is perpendicularly intersected with the rear end of the cassette The way is connected, the cassette is located in the U-shaped cassette, and • The sub-type can be telescopically moved in the U-shaped cassette under the push of the cassette push rod. 6. The chain linkage type lifting device according to claim 4, wherein the Kyungel telescopic +3⁄4 member is composed of an electromagnet, a γ-shaped ear seat, a cassette push rod, a cassette, and a U-shaped cassette, and electromagnetic The iron is directly screwed through the _ iron bracket in the side of the lifting and lowering plate, and the side plate is fixedly connected to the transverse connecting beam; the U-shaped card is connected to the side plate and the transverse connecting beam. The top of the box of the type cassette is provided with a long longitudinal groove; the suction/extension of the electromagnet is arranged on the electromagnet; the shaft end passes through the transverse connecting beam and is connected with a γ-shaped ear seat, and the other end is sleeved Telescopic spring; the cymbal holder is connected to one end of the cassette push rod in a vertical intersecting manner, and the cassette is located in the U-shaped cassette and can be pushed by the cassette push rod in the 荀 type cassette For telescopic movement. 7. The chain surface type rising (four) according to claim 1, wherein the key bar and the lifting mechanism are lifted by a synchronous chain sprocket, an alloy link lifting chain, an anti-off chain pressing wheel and a chain. The device is provided with two sets in each brigade lifting unit. The specific configuration method is as follows: the synchronous link sprocket key is set at the appropriate position of the drive main shaft, and the anti-off chain pressure wheel is set on the vertical standard by the shaft and the bearing, and is located at The sin is near the end of the synchronous chain sprocket, and the center line and the wrong line of the thief chain pressure wheel are 120. The angle is on the same working surface; the chain bag is also screwed on the stringer and located under the anti-off chain wheel. · The alloy link lifting chain is surrounded by the synchronous link sprocket from the left side to the right side. M3 05244 〇,,, ^ ^ W .Λ , The soil between the sprocket and the sprocket of the step-by-step pressure roller is added to the set key after the repair of the soil. * === 升 _ _ another - the end of the sag There is a set of electromagnet expansion and contraction · 9 I wheel seat assembly; the alloy link lifting key strip can be replaced by a roller chain. The chain linkage lifting device according to Item 1 or 2, wherein the frame is composed of a plurality of front pillars, a plurality of rear pillars, a root beam, a root trailing label, and a plurality of longitudinal beams; The cross-sections of the plurality of rear pillars, the root gauge, the one rear pillar and the plurality of longitudinal beams are all I-shaped; the installation method between them is: fixing the lower ends of the plurality of front pillars and the plurality of rear pillars On the bottom surface of the pit, and along the pit as a longitudinal distance from the lake, each of the two branches is formed between each of the two rear pillars to form a parking lift unit; the front beam and the rear beam are respectively recorded by the vertical intersecting square γ Before the top of the town, the roots are recorded at the top, and the longitudinals are arranged in a vertical intersecting manner between the secret beam and the rear horizontal mark. 9. The chain linkage type lifting device according to claim 1 or 7, wherein the frame is composed of a plurality of rear pillars, and the cross sections of the plurality of rear pillars are I-shaped or Η shape; Yes: the upper and lower ends of the plurality of rear pillars are fixed at the bottom side of the back side of the pit and under the top reinforced concrete slab, and are arranged equidistantly along the pit, and a parking lift unit is formed between each of the two rear pillars; Each of the parking units is provided with a set of cantilever-type vehicle board members composed of a loading plate, a lifting frame and two diagonally-drawn rods. 10. The chain linkage lifting device according to claim 1 or 7, wherein the rear side of the carrier plate member corresponds to an appropriate position of the telescopic cassette. 35