CN212292539U - Assembled light slat hoisting accessory - Google Patents

Abstract

The utility model discloses an assembled light class slat hoisting accessory relates to lifting device technical field, including installing the fixed lock at indoor top, install the calabash roof beam on the fixed lock, and still install the hoist and crane on the calabash roof beam. The utility model discloses a fixed lock and calabash roof beam are installed directly on indoor top to directly install the jack-up calabash on calabash roof beam or fixed lock, make the calabash roof beam have fine atress supporting fixed body and carrier, not only conveniently play the board to the light slat in the building, and effectively solve lifting device's fixed problem.

Description

Assembled light slat hoisting accessory

Technical Field

The utility model relates to a lifting device technical field particularly, relates to an assembled light class slat hoisting accessory.

Background

Light type slat that is using widely at present mainly used partition wall enclosure in house, and in the in-service use process, according to the restriction of the floor service load of floor and the restriction of floor height, make the small-size bulk material in the past all directly adopt the manual work can handle, for example: and the bricks are transferred or thrown, so that the research and development of the lightweight batten hoisting equipment are lagged, and the conventional lightweight battens are manually lifted after being cut.

At present, the light batten is lifted by a floor plate lifting machine and lifting equipment; the existing floor plate lifting machine adopts the hydraulic pressure after the clamping plates to lift the light plate, so that the plate lifting is slow, the plate lifting height is only about 1 m, and the requirement for quick installation of the light plate cannot be met; meanwhile, the existing hoisting equipment can only be used on the ground due to the self-weight, the volume and the like, but cannot be directly used in floors and narrow spaces in buildings, and the load of the general floors does not exceed 500KG per square meter, so that the hoisting equipment cannot be used in the buildings, and the hoisting equipment is difficult to move in the buildings. Therefore, although the comprehensive cost and the progress can be greatly improved by adopting the light batten to construct on the basis of the small block masonry wall, a large amount of labor is needed in the aspect of hoisting, and the construction progress of the light batten is difficult to improve.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an assembled light class slat hoisting accessory to solve above-mentioned problem.

For realizing the purpose of the utility model, the technical proposal adopted is that: the utility model provides an assembled light type slat hoisting accessory, is including installing at indoor top fixed lock, installs the calabash roof beam on the fixed lock, and still installs the hoist-crane on the calabash roof beam.

Furthermore, the fixed locks are a plurality of, and the calabash roof beam is installed jointly on a plurality of fixed locks.

Furthermore, the fixed lock is a beam lock, the beam lock comprises an underframe and two side frames vertically installed on the underframe, the hoist beam is fixedly installed on the underframe, a friction pad is installed on the inner side surface of at least one side frame, and locking parts are installed on the two side frames.

Furthermore, the fixed lock is a plate lock, the plate lock comprises an underframe and a top frame, the gourd beam is fixedly arranged on the underframe, and the side frames are fixedly arranged on the same sides of the underframe and the top frame; and the top frame is also provided with a locking screw.

Furthermore, the plate lock further comprises a fixing plate arranged on the upper surface of the indoor top, and the upper end of the locking screw is fixed with the fixing plate.

Furthermore, the fixed lock is a clamp lock, the clamp lock comprises two force arms which are hinged in a crossed mode, the upper ends of the two force arms are bent inwards, the lower ends of the two force arms are jointly provided with a steel wire rope, and the gourd beam is hung on the steel wire rope.

The utility model has the advantages that,

the fixing lock is directly installed on the indoor top, the hoist beam is installed on the fixing lock, and the hoisting hoist is installed on the hoist beam, so that the hoisting problem of the light batten is solved, the hoist beam has a good stress bearing fixing body and a good load bearing body when the light batten is hoisted, the fixing problem of hoisting equipment is solved, and the performance of the hoisting device is more reliable.

The utility model only combines the fixed lock, the hoist beam and the hoist, which not only makes the structure of the hoisting device lighter and the cost lower, but also makes the utility model convenient and fast to install, carry and disassemble; and simultaneously, the utility model discloses can also not influence when hoist and mount light type slat, can remove the limit installation on the limit, not only improve the efficiency of construction, and make the installation progress of light slat improve greatly, make labour cost greatly reduced.

According to building design specifications and relevant regulations and safety and construction cost, the maximum floor height influencing a building is basically controlled to be 6 meters and below 6 meters, and the lowest net height is not less than 2.2 meters; and the utility model discloses owing to be direct mount on indoor top, make the utility model discloses not only be applicable to and install in the building of any floor height, and solve again in the narrow and small space lift by crane to shorter light slat partition wall section, accommodation is wide.

Drawings

Fig. 1 is a first structural diagram of embodiment 1 of the present invention;

FIG. 2 is a second structural diagram of embodiment 1 of the present invention;

FIG. 3 is a block diagram of the pin tumbler of FIG. 1;

FIG. 4 is a view of the mounting structure of the pin tumbler of FIG. 1;

fig. 5 is a first structural diagram of embodiment 2 of the present invention;

fig. 6 is a second structural diagram of embodiment 2 of the present invention;

FIG. 7 is a block diagram of the pin tumbler of FIG. 5;

FIG. 8 is a view of the mounting structure of the pin tumbler of FIG. 5;

fig. 9 is a structural view of embodiment 3 of the present invention;

FIG. 10 is an installation configuration of the jawset of FIG. 9;

fig. 11 is a structural view of embodiment 4 of the present invention;

fig. 12 is a view showing the construction of the installation of the split lock of fig. 10.

Reference numbers and corresponding part names in the drawings:

1. indoor top, 2, a hoist beam, 3, a hoisting hoist, 4, a fixed lock, 5, a clamp lock, 7 and a structural beam;

41a, an underframe, 42a, a side frame, 43a, a friction pad, 44a and a locking piece;

41b, a top frame, 42b, a bottom frame, 43b, a side frame, 44b, a fixing screw, 45b and a fixing plate;

51. arm of force, 52, wire rope.

Detailed Description

The present invention will be described in further detail below with reference to specific embodiments and with reference to the accompanying drawings.

Example 1

As shown in fig. 1 to 4, the assembly type light lath hoisting device provided by the present embodiment includes a fixing lock 4 installed on an indoor ceiling 1, a hoist beam 2 is installed on the fixing lock 4, and a hoist block 3 is further installed on the hoist beam 2.

The hoist beam 2 is quickly installed on the indoor top 1 through the fixing lock 4, the hoisting hoist 3 is installed on the hoist beam, and the hoisting hoist 3 can move along the axis direction of the hoist beam 2, so that the light batten is conveniently lifted; when the self weight of the light ribbon board is less than 200KG, the hoisting hoist 3 adopts a single micro hoist sports car; when the dead weight of the light lath is more than 200KG, the hoisting hoist 3 adopts a double-single miniature hoist roadster to hoist, thereby ensuring the hoisting of the light lath.

Fixed direct mount of fixed lock 4 is on indoor top 1, and 2 fixed mounting of calabash roof beam are 4 on the fixed lock, not only make the installation of calabash roof beam 2 convenient more fast, and make calabash roof beam 2 more firm after the installation.

The fixed locks 4 are multiple, and the gourd beam 2 is jointly arranged on the fixed locks 4; a plurality of the length direction of padlock 4 along calabash roof beam 2 arranges, and when padlock 4 was two, two padlocks 4 can be located the both ends of calabash roof beam 2 respectively, or a padlock 4 is located the tip of calabash roof beam 2, and another padlock 4 is located the middle part of calabash roof beam 2, not only makes calabash roof beam 2 realize fixed mounting, and makes padlock 4 disperse the load that calabash roof beam 2 bore to it is more firm to make hoisting accessory's installation.

The fixed lock 4 is a beam lock, the beam lock comprises a base frame 41a and two side frames 42a vertically installed on the base frame 41a, the hoist beam 2 is fixedly installed on the base frame 41a, a friction pad 43a is installed on the inner side surface of at least one side frame 42a, and locking pieces 44a are installed on the two side frames 42 a.

The underframe 41a is parallel to the indoor roof 1, and the two side frames 42a are vertically fixed on two sides of the underframe 41a, so that the two side frames 42a and the underframe 41a form a U shape, and the structure is suitable for the indoor roof 1 with the structural beam 7, so that the two side plates are respectively installed on two sides of the structural beam 7, and the underframe 41a is directly installed on the lower surface of the structural beam 7, thereby realizing the installation of the fixed lock 4; at this time, the gourd beam 2 is directly mounted on the bottom frame 41a by screws, so that the mounting of the gourd beam 2 is more convenient.

The distance between the two side frames 42a can be adjusted according to the width of the structural beam of the indoor top 1, so that the fixing lock 4 is suitable for being installed on the structural beams 7 with different widths, and the installation range of the fixing lock 4 is wider.

The friction pads 43a are wood pads or glue pads, the friction pads 43a are mainly used for increasing the friction coefficient between the side frames 42a and the structural beam 7, one or more friction pads 43a can be arranged on the inner side of one side frame 42a, and one or more friction pads 43a can be simultaneously arranged on the inner sides of two side frames 42a, so that the friction between the side plates and the structural beam 7 is increased, and the fixing lock 4 is more firmly installed.

When the friction pad 43a is one, the locking member 44a on one side frame 42a can directly penetrate through the side frame 42a and be inserted into the structural beam 7, the locking member 44a on the other side frame 42a can directly penetrate through the side frame 42a and abut against the friction pad 43a, and the friction pad 43a can be directly attached to the structural beam 7; alternatively, the lock 44a on the other side frame 42a is inserted into the structural beam 7 through the side frame 42a and the friction pad 43a in order.

A plurality of locking pieces 44a are arranged on each side frame 42a, the plurality of locking pieces 44a are arranged at intervals along the axial direction of the side frame 42a, when the fixing lock 4 needs to be fixedly installed, a hole can be formed in the structural beam 7 corresponding to the locking piece 44a, and then the tail part of the locking screw 44a is installed in the hole; when the friction pad 43a is installed, the tail portion of the locking screw 44a may be fixedly installed in the corresponding hole through the friction pad 43a, or the friction pad 43a may be directly attached to the structure beam 7, and then the tail portion of the locking screw 44a may be directly abutted against the friction pad 43 a.

The locking piece 44a can also be a pin or/and a screw, when the locking piece 44a is a pin, a hole can be drilled in the structural beam 7 of the indoor top 1 in advance, and the pin sequentially penetrates through the side frame 42a and the friction pad 43a and is inserted into the hole; when the locking member 44a is a screw, the screw passes through the side frame 42a and the friction pad 43a in sequence and is inserted into the hole, or the screw passes through the side frame 42a and abuts against the friction pad 43 a; when the pin is engaged with the screw, the pin is inserted directly through the side frame 42a into the structural beam 7, and the screw is pressed through the side frame 42a against the friction pad 43 a.

When the hoisting device in this embodiment is installed, the size and weight of the light batten are known first, the clear height of the house, the distribution condition of the partition wall, the shortest size and the like are known, then the plurality of fixing locks 4 are assembled, the plurality of fixing locks 4 are fixed to the gourd beam 2, and finally the plurality of fixing locks 4 are fixed to the structural beam 7.

When the top of the position of the light lath to be installed is a concrete beam and the light lath needs to be lifted, and when the length of the light lath is less than the length of the hoist beam 2, the light lath is lifted vertically (namely the lath and the hoist beam 2 are lifted on the same vertical plane basically); when the length of the light batten is larger than that of the hoist beam 2, non-vertical hoisting is adopted, namely, an oblique hoisting is arranged before hoisting; when the light lath is lifted to the height of the construction platform, the movable frame and the frame plate which can meet the requirements of construction use are required to be used for supporting and safely placing.

Example 2

The present embodiment 2 differs from embodiment 1 in that:

as shown in fig. 5 to 8, in the embodiment 2, the fixing lock 4 is a plate lock, the plate lock includes a bottom frame 42b and a top frame 41b, the hoist beam 2 is fixedly mounted on the bottom frame 42b, and a side frame 43b is fixedly mounted on the same side of the bottom frame 42b and the top frame 45; the top frame 45 is also provided with a locking screw 44 b.

The bottom frame 42b is parallel to the top frame 41b, and when the top frame 41b is installed, the top frame 41b is fixedly installed on the indoor top 1; the number of the side frames 43b is one, the upper end of each side frame 43b is fixed with the top frame 41b, and the lower end of each side frame 43b is fixed with the bottom frame 42b, so that the fixing lock 4 is in a U shape with an opening towards the left or the right; in order to ensure the stability of the fixing lock 4, the two ends of the side frame 43b can be fixed by welding or screws; the locking screws 44b are multiple, the locking screws 44b are uniformly distributed at intervals along the axial direction of the top frame 41b, and when the top frame 41b is fixedly installed, the locking screws 44b need to penetrate from the upper surface of the indoor top 1 to the lower surface of the screw plate, the lower ends of the locking screws 44b are fixed with the top frame 41b, the top frame 41b is fixed more stably, and the hoisting device is installed more firmly.

The panel lock further includes a fixing plate 45b installed on an upper surface of the indoor ceiling 1, and an upper end of the locking screw 44b is fixed to the fixing plate 45 b. When the fixing plate 45b is installed, the fixing plate 45b is attached to the upper surface of the indoor top 1, at the moment, the locking screw 44b penetrates through the fixing plate 45b and the indoor top 1 in sequence and then is locked and fixed with the top frame 41b, at the moment, the fixing plate 45b can limit the screw cap of the locking screw 44b and prevent the locking screw 44b from directly falling off from the indoor top 1; meanwhile, through the installation of the fixing plate 45b, when the hoist 3 is transferred to the fixing lock 4 by gravity, the fixing lock 4 applies a downward force to the locking screw 44b, so that the force borne by the upper end of the locking screw 44b can be uniformly dispersed through the fixing plate 45b, and the damage of the locking screw 44b to the indoor top 1 is reduced.

Be applicable to the installation when for leveling surface to indoor top 1 in this embodiment, when the hoisting accessory of this embodiment was installed to needs, must know light batten size and weight earlier to learn the clear height in house, partition wall's distribution situation and shortest size etc. then assemble a plurality of fixed locks 4, and fixed a plurality of fixed locks 4 and calabash roof beam 2, it can on indoor top 1 to fix a plurality of fixed locks 4 at last.

When the top of the position where the light lath is required to be installed is a concrete plate and the light lath is required to be hoisted, when the length of the light lath is less than that of the hoist beam 2, the light lath is hoisted vertically (namely, the lath and the hoist beam 2 are basically hoisted in the same vertical plane); when the length of the light batten is larger than that of the hoist beam 2, non-vertical hoisting is adopted, namely, an oblique hoisting is arranged before hoisting; when the light lath is lifted to the height of the construction platform, the movable frame and the frame plate which can meet the requirements of construction use are required to be used for supporting and safely placing.

Example 3

As shown in fig. 9 and 10, the embodiment 3 provides an assembly type light lath lifting device, which includes a fixing lock 4 installed on an indoor ceiling 1, a hoist beam 2 installed on the fixing lock 4, and a hoist block 3 installed on the hoist beam 2.

The hoist beam 2 is quickly installed on the indoor top 1 through the fixing lock 4, the hoisting hoist 3 is installed on the hoist beam, and the hoisting hoist 3 moves along the axis direction of the hoist beam 2, so that the light batten is conveniently lifted; when the self weight of the light ribbon board is less than 200KG, the hoisting hoist 3 adopts a single micro hoist sports car; when the dead weight of the light lath is more than 200KG, the hoisting hoist 3 adopts a double-single miniature hoist roadster to hoist, thereby ensuring the hoisting of the light lath.

The fixed locks 4 are multiple, and the gourd beam 2 is jointly arranged on the fixed locks 4; a plurality of the length direction of fixing lock 4 along calabash roof beam 2 arranges, and when fixing lock 4 was two, two fixing lock 4 can be located the both ends of calabash roof beam 2 respectively, not only made calabash roof beam 2 realize fixed mounting, and made fixing lock 4 can disperse the load that calabash roof beam 2 bore to it is more firm to make hoisting accessory's installation.

The fixing lock 4 is a clamp lock 5, the clamp lock 5 comprises two force arms 51 which are hinged in a crossed mode, the upper ends of the two force arms 51 are bent inwards, a steel wire rope 52 is installed at the lower ends of the two force arms 51, and the gourd beam 2 is hung on the steel wire rope 52.

The middle parts of the two force arms 51 are fixed through screws, so that the two force arms 51 are more convenient to mount, and when the included angle between the two force arms 51 needs to be adjusted, the screws can be directly screwed, so that the two force arms 51 are more convenient to adjust; the upper ends of the two force arms 51 are bent oppositely, so that when the clamp lock 5 needs to be installed on an I-shaped steel beam of the indoor top 1, the upper ends of the two force arms 51 are hung on the I-shaped steel beam, and the clamp lock 5 can be quickly installed on the indoor top 1.

In order to facilitate the installation of the steel wire rope 52, the lower ends of the two force arms 51 are respectively provided with an installation hole, so that the two ends of the steel wire rope 52 respectively penetrate through the two installation holes to be bound and fixed on the force arms 51; the steel cord 52 may be replaced by other stronger cords; the hoisting block 3 is directly arranged on the block beam, so that the hoisting block can directly walk on the block beam, and the hoisting block 3 is more convenient to install.

In order to facilitate the installation of the hoist beam 2, the hoist beam 2 can be provided with hooks, the number of the hooks is the same as that of the clamp locks 5, and the hoist beam 2 can be installed by only hanging the hooks on the steel wire rope 52.

Because hoist crane 3 and calabash roof beam 2 all have the dead weight, and hoist crane 3 is hanging to establish in-process weight and can increase to the light slat, thereby make wire rope 52 can receive a decurrent pulling force, thereby make the lower extreme of two arm of force 51 all can be perpendicular gradually, thereby make the contained angle between two arm of force 51 diminish, make the upper end of two arm of force 51 can press from both sides tightly to the I-steel roof beam on indoor top 1, it is more firm on the I-steel roof beam of establishing on indoor top 1 to make the split collet 5 hang, effectively prevent that split collet 5 from droing from the I-steel roof beam on indoor top 1.

The hoisting accessory that this embodiment provided structure is simpler, it is more convenient to install, is applicable to and hoists lighter light slat, and at the hoist and mount in-process, hang earlier tong lock 5 establish on the I-steel roof beam on indoor top 1 to hang calabash roof beam 2 jointly and establish on a plurality of wire rope 52, then install hoist crane 3 on calabash roof beam 2, hoist crane 3 at last lifts by crane light class slat, makes light class slat remove to the fixed position that is used for the installation.

When the top that needs to install light class slat position is the I-shaped steel roof beam, and when needing to install the hoisting accessory in this embodiment, must know light strip size and weight earlier to learn the net height in house, partition wall's distribution condition and shortest size etc. then hang tong lock 5 and establish on the I-shaped steel roof beam on indoor top 1, then hang the calabash roof beam jointly and establish on a plurality of wire rope, install hoist crane 3 on the calabash roof beam at last can, not only simple structure, and it is more convenient to install.

Example 4

The present embodiment 4 differs from embodiment 3 in that:

as shown in fig. 11 and 12, when the top of the light lath is an i-beam, the clamp lock 5 is directly hung on the i-beam, and the hoist 3 can be directly hung on the steel wire 52 of the clamp lock 5, so that the installation is faster and more convenient.

The lifting device provided by the embodiment has a simpler structure and is more convenient to install, and is suitable for lifting heavier light battens.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (6)

1. The utility model provides an assembled light class slat hoisting accessory which characterized in that, is including installing fixed lock (4) on indoor top (1), installs calabash roof beam (2) on fixed lock (4), and still installs hoisting block (3) on calabash roof beam (2).

2. The fabricated light lath lifting device according to claim 1, wherein the fixing locks (4) are plural, and the gourd beam (2) is mounted on the plural fixing locks (4) in common.

3. The fabricated lightweight slat lifting device according to claim 2, wherein the fixing lock is a beam lock, and the beam lock comprises a base frame (41a) and two side frames (42a) vertically mounted on the base frame (41a), the hoist beam (2) is fixedly mounted on the base frame (41a), a friction pad (43a) is mounted on an inner side surface of at least one of the side frames (42a), and a locking member (44a) is mounted on each of the two side frames (42 a).

4. The assembled lightweight slat lifting device according to claim 2, wherein the fixed lock is a plate lock, and the plate lock comprises a bottom frame (42b) and a top frame (41b), the hoist beam (2) is fixedly mounted on the bottom frame (42b), and a side frame (43b) is fixedly mounted on the same side of the bottom frame (42b) and the top frame (41 b); and a locking screw (44b) is also arranged on the top frame (41 b).

5. The fabricated light-weight lath lifting device according to claim 4, wherein the plate lock further comprises a fixing plate (45b) installed on the upper surface of the indoor ceiling (1), and the upper end of the locking screw (44b) is fixed to the fixing plate (45 b).

6. The assembled light slat lifting device according to claim 2, wherein the fixing lock (4) is a clamp lock (5), the clamp lock (5) comprises two force arms (51) hinged in a crossed manner, the upper ends of the two force arms (51) are bent inwards, the lower ends of the two force arms (51) are jointly provided with a steel wire rope (52), and the gourd beam (2) is hung on the steel wire rope (52).

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