CN209338078U

CN209338078U - A kind of architectural engineering material elevator

Info

Publication number: CN209338078U
Application number: CN201920063697.5U
Authority: CN
Inventors: 沈福华
Original assignee: Hangzhou Honghui Construction Engineering Co Ltd
Current assignee: Hangzhou Honghui Construction Engineering Co Ltd
Priority date: 2019-01-15
Filing date: 2019-01-15
Publication date: 2019-09-03
Anticipated expiration: 2029-01-15

Abstract

The utility model belongs to material elevator technical field, disclose a kind of architectural engineering material elevator, including outrigger, internal frame and middle frame, the middle frame is installed between outrigger and internal frame, and it is slidably connected respectively with outrigger and internal frame on the two sides outer wall of middle frame, the outrigger, there are two internal frame and middle frame are symmetrical arranged, and two are respectively welded internal frame connecting plate and middle frame connecting plate between internal frame and middle frame, the bottom end and top of the internal frame connecting plate and middle frame connecting plate are mounted on lifting motor and connecting shaft, it can not be moved or installation space is excessive to solve the problems, such as that existing material elevator is excessive there are structure, the elevator is composed using three pack supports, its occupied area is smaller for traditional continuous hoist, and utilize outrigger, internal frame and the direct structure qualification of middle frame can effectively realize three Grade High definition, to effectively be satisfied with the promotion demand of different height.

Description

A kind of architectural engineering material elevator

Technical field

The utility model belongs to material elevator technical field, and in particular to a kind of architectural engineering material elevator.

Background technique

Material elevator is a kind of mechanical conveying equipment of fixed device, during building engineering construction usually at present Material elevator can be used, for the elevator built specified by opposite skyscraper, when underway low-rise building is constructed, if Also builds elevator using identical with skyscraper, on the one hand its complicated operation, on the other hand there is also higher costs The problem of, and the height of integral support needs to be higher than highest story height, leads to there is height when subsequent movement elevator Excessive and irremovable problem, elevator when according to inclination, then need to reserve biggish pedestal installation space, in addition, If existing elevator carries out the storage of material only with a lifting device, there is a problem of that raising efficiency is lower, according to Continuous lifting device then needs to cooperate the structure of reciprocal transmission again, and cooperates in reciprocal transmission structure with rotating shaft, because And then there is certain rotation overturning in the lifting device installed in the structure.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of architectural engineering material elevator is mentioned with solving existing material The machine of liter has that structure is excessive and can not move or installation space is excessive, and has that efficiency is lower or part when in use The problem of structure is overturn, with the effect for reaching effective movement and efficient stable is promoted.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of architectural engineering material liftings Machine, including outrigger, internal frame and middle frame, the middle frame are installed between outrigger and internal frame, and on the two sides outer wall of middle frame Be slidably connected respectively with outrigger and internal frame, there are two the outrigger, internal frame and middle frame are symmetrical arranged, and two internal frames and in Internal frame connecting plate and middle frame connecting plate are respectively welded between a structure of an essay, the bottom end and top of the internal frame connecting plate and middle frame connecting plate are equal Lifting motor and connecting shaft are installed, the connecting shaft and lifting motor are rotatablely connected, and the both ends of two connecting shafts are respectively mounted There is a driving gear, four driving gears are respectively embedded into the inside of two internal frames and middle frame, and four driving gears Two sides engage and are connected with driven gear, and the driven gear is provided with eight altogether, and eight driven gears are divided into two groups, and two The group driven gear realizes the connection of engaging between internal frame and middle frame and middle frame and outrigger respectively, and two described interior It is located at the position above internal frame connecting plate between frame and active rotating shaft and driven spindle is installed, the driven spindle, which is located at, is actively turned Between axis and internal frame connecting plate, feeding motor is installed on the side outer wall of one of them internal frame, the feeding motor passes through Shaft and active rotating shaft are rotatablely connected, and are arranged with conveying device on the driven spindle and active rotating shaft, and conveying device is by steel Rope and mounting plate collectively constitute, and the feeding motor and lifting motor are electrically connected with power switch.

Further, the mounting plate is equidistantly provided with several altogether, and is respectively connected with three between two neighboring mounting plate Steel cable is organized, two installation struts are welded on the side outer wall of each mounting plate, are led between two installation struts It crosses shaft and is rotatably connected to material storing box.

Further, the bottom end of the material storing box is embedded with clump weight, and the clump weight is set in material storing box bottom end At heart position.

Further, bottom plate is welded on the side outer wall of two outriggers, two bottom plates pass through lower margin Bolt is fixedly connected with installation ground.

Further, reinforcement fagging, the strengthening support are welded between two bottom plates and the side outer wall of outrigger Plate is inclined-plane triangular structure.

Further, the outer cover of the feeding motor is equipped with rain cover, and the outer wall of rain cover and internal frame welds.

(3) beneficial effect

The utility model compared with the existing technology, has the advantages that

1) it, can not be moved or installation space is excessive to solve the problems, such as that existing material elevator is excessive there are structure, The elevator is composed using three pack supports, its occupied area is smaller for traditional continuous hoist, to make The installable spatial dimension of the elevator increases, and can be effective using outrigger, internal frame and the direct structure qualification of middle frame Three-level High definition is realized, to effectively be satisfied with the promotion demand (height that every grade of High definition is built for two layers of different height Degree, thus the elevator can be effectively applicable to the promotion operation of 1-6 layers of median low structure material), while by retraction storage, also It can effectively avoid there is a problem of that height is excessive in the mobile elevator；

Wherein, the adjustment structure between outrigger and middle frame and between middle frame and internal frame is identical, utilizes motor driven Isostructural mutual cooperation is engaged with gear, the adjusting of respective heights can be realized, and is on the one hand made by the transmission of mechanical structure Integrally-regulated structure remained stable connection and driving are obtained, on the other hand makes cost of manufacture lower using identical adjustment structure, It is easy to implement the popularization and use of the elevator.

2), to solve the problems, such as that existing material elevator has that efficiency is lower or part-structure overturning when in use, this Elevator is provided with corresponding promotion and location structure utilizes several mounting plates and steel cable phase when carrying out the promotion of material It connects, combination forms transmission device, and continuous transmission is formed under the cooperation of two shafts, so that the elevator be effectively ensured Transmission efficiency, and mounting plate during transmission further through installation strut and material storing box formed cooperate, to be effectively ensured Material storing box is in the state of opening upwards always, flop phenomenon occurs to avoid material storing box, to realize that stablizing for material transmits.

Detailed description of the invention

Fig. 1 is the front view of the utility model.

Fig. 2 is the side view of the utility model.

Fig. 3 is the top view of the utility model

Fig. 4 is the connection schematic diagram of the utility model outrigger and middle frame.

Fig. 5 is the connection schematic diagram of the utility model middle frame and internal frame.

1- outrigger；2- steel cable；3- internal frame；4- mounting plate；5- installs strut；6- material storing box；7- active rotating shaft；8- feeding electricity Machine；9- driven spindle；10- internal frame connecting plate；11- middle frame connecting plate；12- middle frame；13- driven gear；14- driving gear；15- Lifting motor；16- connecting shaft；17- bottom plate；18- reinforces fagging；19- clump weight；20- rain cover.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

A kind of architectural engineering material elevator as Figure 1-Figure 5, including outrigger 1, internal frame 3 and middle frame 12, it is intermediate Frame 12 is installed between outrigger 1 and internal frame 3, and is slidably connected respectively with outrigger 1 and internal frame 3 on the two sides outer wall of middle frame 12, The support construction of integral elevator is formed using outrigger 1, internal frame 3 and 12 common combination of middle frame, and forms three-level height limit Fixed, every grade of High definition is equivalent to two sides building height, thus the middle low layer for making integral elevator be effectively applicable to 1-6 layers Use when construction, and using the connection between three brackets so that integral elevator shrink after whole height significantly It reduces, in order to can effectively realize the moving operation of the elevator, outrigger 1, internal frame 3 and middle frame 12 are symmetrically arranged with two It is a, and internal frame connecting plate 10 and middle frame connecting plate 11 are respectively welded between two internal frames 3 and middle frame 12, internal frame connecting plate 10 is in The bottom end and top of structure of an essay connecting plate 11 are mounted on lifting motor 15 and connecting shaft 16, and connecting shaft 16 and the rotation of lifting motor 15 connect It connects, and the both ends of two connecting shafts 16 are mounted on driving gear 14, four driving gears 14 are respectively embedded into two 3 Hes of internal frame The inside of middle frame 12, and the two sides of four driving gears 14 engage and are connected with driven gear 13, driven gear 13 is arranged altogether Have eight, and eight driven gears 13 are divided into two groups, two groups of driven gears 13 realize respectively internal frame 3 and middle frame 12 and Connection is engaged between middle frame 12 and outrigger 1, it is effective using the transmission between the driving and each gear of lifting motor 15 It realizes the promotion between each bracket and returns drop, to reach effective height adjustment, and tied using whole mechanical lifting Structure and connection structure make the adjustment process of elevator more stable, and the position of 10 top of internal frame connecting plate is located between two internal frames 3 The place of setting is equipped with active rotating shaft 7 and driven spindle 9, and driven spindle 9 is between active rotating shaft 7 and internal frame connecting plate 10, wherein one Feeding motor 8 is installed, feeding motor 8 is rotatablely connected by shaft and active rotating shaft 7, driven on the side outer wall of a internal frame 3 Conveying device is arranged in shaft 9 and active rotating shaft 7, and conveying device is collectively constituted by steel cable 2 and mounting plate 4, utilization is several Cooperation between a mounting plate 4 and two shafts, can effectively realize the continuance lifting of the elevator, so that promotion effect be effectively ensured Rate, feeding motor 8 and lifting motor 15 are electrically connected with power switch.

Further, mounting plate 4 is equidistantly provided with several altogether, and three groups are respectively connected between two neighboring mounting plate 4 Steel cable 2 is welded with two installation struts 5 on the side outer wall of each mounting plate 4, passes through shaft between two installation struts 5 It is rotatably connected to material storing box 6, using the cooperation between installation strut 5 and material storing box 6, can effectively realize the rotation of material storing box 6, from And change the relative position between material storing box 6 and mounting plate 4, to guarantee that material storing box 6 is in the state of opening upwards always, avoid There is flop phenomenon.

Further, the bottom end of material storing box 6 is embedded with clump weight 19, and clump weight 19 is set to the center of 6 bottom end of material storing box At position, vacant material storing box 6 is effectively avoided to generate flop phenomenon when moving by counterweight or so.

Further, bottom plate 17 is welded on the side outer wall of two outriggers 1, two bottom plates 17 pass through lower margin spiral shell Bolt is fixedly connected with installation ground, guarantees that overall mechanism can also form effective fixation in the case where not pre-buried outrigger 1.

Reinforce fagging 18, strengthening support it is worth noting that being welded between two bottom plates 17 and the side outer wall of outrigger 1 Plate 18 is inclined-plane triangular structure.

Specifically, the outer cover of feeding motor 8 is equipped with rain cover 20, and the outer wall of rain cover 20 and internal frame 3 welds.

A kind of architectural engineering material elevator that the utility model is mentioned, when using the utility model, the bottom of first with Overall mechanism is installed at specified position by the cooperation between plate 17 and foundation bolt, and is being needed while being transported a variety of objects When material, then multiple elevators are successively installed, have met the needs of different material promotion, when promoting operation, will need to promote fortune The material sent is placed in the inside of material storing box 6, using the weight of material itself and the mutual cooperation of clump weight 19, so that material storing box Then the state of 6 opening upwards starts feeding motor 8, feeding motor 8 drives active rotating shaft 7 to generate rotation by shaft, actively Shaft 7 drives steel cable 2 and mounting plate 4 to generate mobile transmission effect in rotation, while again using driving steel cable 2 and mounting plate 4 Mobile drive driven spindle 9 generate rotation, to realize the driving effect of whole conveying device, material storing box 6 is with installation at this time The movement of plate 4 and generate synchronizing moving, to material is transported at specified floor position, and mounting plate 4 is in the mistake of transmission Position can occur centainly to change in journey, to drive material storing box 6 also and can generate the variation on position, but material storing box 6 becomes in position By the cooperation of installation strut 5 during change, certain relative rotation (as shown in Figure 1) is generated between meeting and mounting plate 4, from And guarantee that material storing box 6 is in the state of opening upwards always, avoid occurring the phenomenon that overturning of material storing box 6 during transmission；

In addition, can also need to carry out the adjusting of integrated support structure according to the transmission of different height during transmission, Wherein outrigger 1 be level-one High definition, the material lifting being applicable at lower position,

And middle frame 12 is then second level High definition, can effectively be realized using the cooperation of lifting motor 15 and each gear Relative movement between a structure of an essay 12 and outrigger 1 is drivingly connected if lifting motor 15 is in driving using structures such as gears Axis 16 is accordingly rotated, and connecting shaft 16 then drives the driving gear 14 at both ends to rotate in rotation, and driving gear 14 is by driving The driven gear 13 of two sides rotates, so that engaged transmission is formed between two driven gears 13 and the two sides inner wall of outrigger 1, thus It drives middle frame 12 to move up and down along the generation of outrigger 1, achievees the effect that height adjustment, and the other side of middle frame 12 is due to internal frame 3 connections, internal frame 3 form three-level High definition, and lifting principle is identical as the lifting principle of middle frame 12.

Embodiment described above is only that preferred embodiments of the present invention are described, not practical to this Novel conception and scope is defined.Without departing from the design concept of the present utility model, ordinary people in the field couple The all variations and modifications that the technical solution of the utility model is made, should fall within the protection scope of the present utility model, this reality With novel claimed technology contents, it is all described in the claims.

Claims

1. a kind of architectural engineering material elevator, it is characterised in that: described including outrigger (1), internal frame (3) and middle frame (12) Middle frame (12) is installed between outrigger (1) and internal frame (3), and on the two sides outer wall of middle frame (12) respectively with outrigger (1) and Internal frame (3) is slidably connected, there are two the outrigger (1), internal frame (3) and middle frame (12) are symmetrical arranged, and two internal frames (3) Internal frame connecting plate (10) and middle frame connecting plate (11), the internal frame connecting plate (10) and centre are respectively welded between middle frame (12) The bottom end and top of frame connecting plate (11) are mounted on lifting motor (15) and connecting shaft (16), the connecting shaft (16) and lifting electricity Machine (15) rotation connection, and the both ends of two connecting shafts (16) are mounted on driving gear (14), four driving gears (14) it is respectively embedded into the inside of two internal frames (3) and middle frame (12), and the two sides company of engagement of four driving gears (14) It being connected to driven gear (13), the driven gear (13) is provided with eight altogether, and eight driven gears (13) are divided into two groups, and two The group driven gear (13) realizes nibbling between internal frame (3) and middle frame (12) and middle frame (12) and outrigger (1) respectively Connection is closed, is located between two internal frames (3) at the position above internal frame connecting plate (10) and active rotating shaft (7) and driven is installed Shaft (9), the driven spindle (9) are located between active rotating shaft (7) and internal frame connecting plate (10), one of them described internal frame (3) Side outer wall on be equipped with feeding motor (8), the feeding motor (8) is rotatablely connected by shaft and active rotating shaft (7), institute It states and is arranged with conveying device on driven spindle (9) and active rotating shaft (7), and conveying device is common by steel cable (2) and mounting plate (4) Composition, the feeding motor (8) and lifting motor (15) are electrically connected with power switch.

2. a kind of architectural engineering material elevator according to claim 1, it is characterised in that: the mounting plate (4) is equidistant It is provided with several altogether, and is respectively connected with three groups of steel cables (2) between two neighboring mounting plate (4), each mounting plate (4) It is welded with two installation struts (5) on the outer wall of side, storage is rotatably connected to by shaft between two installation struts (5) Hopper (6).

3. a kind of architectural engineering material elevator according to claim 2, it is characterised in that: the bottom of the material storing box (6) End is embedded with clump weight (19), and the clump weight (19) is set to the center position of material storing box (6) bottom end.

4. a kind of architectural engineering material elevator according to claim 1, it is characterised in that: two outriggers (1) It is welded on the outer wall of side bottom plate (17), two bottom plates (17) are fixedly connected by foundation bolt with installation ground.

5. a kind of architectural engineering material elevator according to claim 4, it is characterised in that: two bottom plates (17) with It is welded between the side outer wall of outrigger (1) and reinforces fagging (18), the reinforcement fagging (18) is inclined-plane triangular structure.

6. a kind of architectural engineering material elevator according to claim 1, it is characterised in that: the feeding motor (8) Outer cover is equipped with rain cover (20), and rain cover (20) and the outer wall of internal frame (3) weld.