CN221070523U - Floating arrangement device of spool - Google Patents

Abstract

The utility model discloses a floating arranging device of a spool, which comprises a spool arranging device, wherein a floating spool arranging assembly is connected to the spool arranging device, the floating spool arranging assembly comprises a spool arranging bracket, a floating guide assembly is connected to the spool arranging bracket, the floating guide assembly comprises a floating inlet pipe orifice, the spool entering and exiting the spool arranging device passes through the floating inlet pipe orifice, and the floating guide assembly is abutted against the spool. The utility model provides a floating arrangement device of a spool, which can alleviate the impact of the spool on each component at a pipe outlet in the winding process, prolong the service life of each component, and reduce the risk of jamming in the moving process of the spool through a floating pipe inlet with floating change.

Description

Floating arrangement device of spool

Technical Field

The utility model relates to the field of pipe winding devices, in particular to a floating arrangement device of a wire pipe.

Background

At present, along with the rapid development in each field, the demands for tool use gradually change to convenience, can use longer water pipe in aspects such as agricultural watering, car washing, then can use the line row that long distance was carried in engineering construction, these tools generally can carry out the rolling arrangement through calandria device after using, improve the arrangement speed, and can guarantee that the range of spool is neat, make things convenient for next time use and accomodate the transportation, reduce the interference factor on the construction site, guarantee construction quality.

For example, bulletin number CN213568851U, discloses an automatic pipe arranging device for hose winding of hose car, comprising a frame, a hose winding wheel on the frame, a handrail pipe on the rear part of the frame, etc., wherein a transmission shaft which is rotatably arranged in the handrail pipe, a movable frame and a pipe arranging wheel which are sleeved on the transmission shaft are mainly arranged in the handrail pipe, and the pipe arranging wheel can pass through a water pipe; when the water pipe is used, the pipe winding wheel winds the water pipe to drive the pipe winding wheel to rotate, so that the transmission shaft is driven to synchronously rotate, and the rotating transmission shaft drives the movable frame to axially reciprocate along the transmission shaft; at this time, the axial reciprocating movement of the movable frame drives the calandria wheel to synchronously and axially reciprocate along the transmission shaft, so that the water pipe can be automatically and orderly coiled on the calandria wheel. However, in practical application, because the spool moves under the drive of calandria ware, the motion track is comparatively chaotic, and the winding speed is too fast, can lead to arranging the subassembly of mouth of pipe department to receive great impact, influences joint strength, and irregular moving spool still has the risk of jamming in calandria mouth department simultaneously.

Disclosure of Invention

Aiming at the problem that the prior art mentioned in the background art can impact the pipe orifice discharging assembly or be blocked on the pipe orifice discharging during the rolling process, the utility model provides the floating arranging device for the spool, which can slow down the impact of the spool on each component at the pipe orifice discharging position during the rolling process, improve the service life of each component, and simultaneously reduce the risk of blocking generated in the moving process of the spool through floating the floating pipe orifice entering of the floating change.

In order to achieve the above purpose, the present utility model adopts the following technical scheme.

The utility model provides a floating arrangement device of spool, is including the calandria, be connected with the calandria subassembly that floats on the calandria, the calandria subassembly that floats is including the calandria support, be connected with the guide subassembly that floats on the calandria support, the guide subassembly that floats is including floating into the mouth of pipe, business turn over the inside spool of calandria passes the mouth of pipe is advanced in the float, guide subassembly butt spool floats. Be provided with the calandria subassembly that floats in calandria ware, when the spool of swing is faced through the floating nature of floating guide subassembly, can pass through the spool of floating nature self-adaptation motion, wherein the floating guide subassembly includes but is not limited to wheelset, the guide block that connects through the elastic component or self can carry out elastic deformation's wheelset, the guide block, thereby when the spool swings towards a certain direction, can carry out motion or deformation to a certain extent, thereby slow down the impact force, can rectify the swing direction of spool in the automation simultaneously, simultaneously because the floating mouth of pipe can change the size along with the motion of floating guide subassembly, consequently also reduced the risk of spool jamming in floating mouth of pipe department, improve the smoothness of spool motion in the rolling process.

Preferably, the floating guide assembly comprises a floating guide wheel which is connected to the calandria bracket in a sliding manner and can rotate relative to the calandria bracket. The floating guide wheel sliding connection can carry out relative motion when receiving the impact of spool on the calandria support to reduce the impact force to the influence of floating guide wheel and calandria support junction, the floating guide wheel rotates to be connected on the calandria support, reduces the resistance between spool and the floating guide wheel, makes the rolling more smooth.

Preferably, the floating guide wheel comprises a floating rotating shaft, the floating rotating shaft is connected with a pull-back piece, one end of the pull-back piece is rotatably connected with the floating rotating shaft, and the other end of the pull-back piece is connected with the calandria bracket. The pull-back piece can give the floating rotating shaft pulling force to drive the floating guide wheel to pull back, keep the butt effect with the spool, the pull-back piece includes, but is not limited to extension spring, elastic strip, corrects the swing spool through the resilience force and moves the orbit, and when the swing spool produces the impact to the floating guide wheel simultaneously, can be through the sliding connection between pull-back piece, floating guide wheel and the calandria support, make the motion that the floating guide wheel can self-adaptation spool change.

Preferably, a rotating shaft baffle is arranged on the calandria bracket. The rotating shaft baffle piece can provide a stopping and guiding function for the rotating shaft which is connected to the calandria support in a sliding manner, so that the rotating shaft is prevented from deflecting left and right and inclining in the vertical sliding process, and the stable rotation and vertical floating of the floating guide wheel are ensured.

Preferably, the calandria support is provided with a rotating shaft chute, the floating rotating shaft is slidably connected to the rotating shaft chute, and the connection part of the pull-back piece and the floating rotating shaft is located between the rotating shaft chute and the rotating shaft blocking piece. The return piece is arranged between the rotating shaft sliding groove and the rotating shaft blocking piece, so that the interference of the left-right movement of the return piece to the roller area in the floating guide wheel can be avoided, meanwhile, the end part of the return piece is preferably provided with a circular ring structure, and the return piece is matched with the floating rotating shaft, so that the interference of the return piece to the rotating movement of the floating guide wheel is reduced.

Preferably, the calandria support is provided with a clamping protrusion connected with the pull-back piece, and the clamping protrusion is provided with a backstop block. The clamping bulge arranged on the calandria support is connected with one end of the pull-back piece, which is far away from the floating guide wheel, wherein the connection relationship between the clamping bulge and the calandria support is fixedly connected, so that the other end of the pull-back piece can drive the floating guide wheel to elastically recover, and the abutting effect between the pull-back piece and the wire tube is maintained.

Preferably, the floating guide assembly comprises a fixed guide wheel which is rotatably connected with the calandria bracket. The fixed guide wheel connected to the calandria support in a rotating manner can provide the most basic supporting effect for the spool, so that the spool is prevented from shaking up and down seriously, and preferably, the fixed guide wheel is arranged below the floating guide wheel in the gravity direction.

Preferably, the calandria support is in threaded connection with a driving screw, and the driving screw rotates to drive the calandria support to translate along the axis of the driving screw. The driving screw can synchronously roll in the rolling process of the calandria device, and rotates along with the rolling action, and because the calandria support is in threaded connection with the driving screw, the rotating driving screw can drive the calandria support to horizontally move, so that the calandria device is suitable for different winding areas, and uneven coiling caused by excessive winding times of a wire tube on the same area is avoided.

Preferably, the floating guide assembly comprises a guide wheel comprising a concave wheel face, the concave wheel face abutting the conduit. The indent wheel face on the guide wheel can laminate the shape of spool more, obtains better guide effect, simultaneously because the shape laminating has reduced the spool by guide wheel jamming, the risk of bending in the swing in-process, improves the smoothness nature of rolling.

Preferably, the calandria device comprises a calandria mouth, and the floating calandria assembly is movably connected on the calandria mouth. The floating calandria assembly is arranged on the calandria mouth, so that the spool can be in a stable state when entering the calandria device, a better winding effect can be obtained, and the spool is orderly arranged.

The beneficial effects of the utility model are as follows:

(1) The floating calandria assembly can reduce the impact of the swing wire tube on each component of the calandria device, the service life of each component is prolonged, and meanwhile, a certain deviation correcting effect can be generated on the wire tube through the rebound tension generated by the pull-back piece, and the clamping stagnation of the wire tube can be avoided;

(2) The fixed guide wheels are arranged, so that the foundation support of the spool in the winding process can be ensured, and the poor stability of the spool is avoided;

(3) The driving screw rod can drive the calandria support to horizontally move along with the winding action of the calandria device, so that the winding and stacking of the wire pipes in the same area are avoided, and the winding uniformity is ensured;

(4) The guide wheel is arranged to be concave, so that the shape of the wire tube is more adapted, and meanwhile, the risk of clamping stagnation and bending of the wire tube by the guide wheel is reduced.

Drawings

Fig. 1 is a schematic structural view of the present utility model.

Fig. 2 is an isometric view of the floating gauntlet assembly of fig. 1.

Fig. 3 is a front view of the floating gauntlet assembly of fig. 1.

Fig. 4 is an exploded view of the floating gauntlet assembly of fig. 1.

Fig. 5 is an enlarged view of a portion of the floating guide assembly of fig. 2.

In the figure: 1 calandria device, 11 row mouth of pipe, 2 floating calandria subassembly, 21 calandria support, 211 pivot spout, 212 block protruding, 213 stopping piece, 22 floating guide assembly, 3 floating inlet tube mouth, 4 floating guide pulley, 41 floating pivot, 42 pullback piece, 43 pivot fender, 5 fixed guide pulley, 6 drive screw, 7 guide pulley, 71 indent tread.

Detailed Description

The utility model is further described below with reference to the drawings and specific embodiments.

In the prior art, the development in each field is rapid, therefore the demand to instrument use changes to convenient change gradually in the course of the work, wherein can frequently use longer water pipe in the aspect of agricultural watering, car washs etc. simultaneously also can use the line row of long distance transport in engineering construction, this kind of long distance cable instrument generally can carry out the rolling arrangement through calandria device after the use, can also improve the arrangement speed on guaranteeing the orderly basis of rolling, the convenience is used next time, simultaneously remove the spool through calandria mechanism and be convenient for directly drag the chaotic spool, can reduce the interference factor on the construction field, guarantee construction quality, nevertheless in practical application, because spool is comparatively chaotic under the calandria ware drives, the motion trail is too fast can lead to the subassembly of row mouth of pipe department to receive great impact, influence joint strength, simultaneously irregular motion's spool still has the risk of jamming in calandria department, in order to solve above-mentioned technical problem, use the scheme of describing in the following embodiment.

Example 1:

As shown in fig. 1, 2 and 3, a floating arrangement device for a spool comprises a pipe arranging device 1, wherein a floating pipe arranging assembly 2 is connected to the pipe arranging device 1, the floating pipe arranging assembly 2 comprises a pipe arranging support 21, a floating guide assembly 22 is connected to the pipe arranging support 21, the floating guide assembly 22 comprises a floating pipe inlet opening 3, the spool entering and exiting the pipe arranging device 1 penetrates through the floating pipe inlet opening 3, and the floating guide assembly 22 is abutted to the spool. The floating guide assembly 22 comprises a floating guide wheel 4, the floating guide wheel 4 is slidably connected to the calandria support 21 and can rotate relative to the calandria support 21, the floating guide wheel 4 comprises a floating rotating shaft 41, the floating rotating shaft 41 is connected with a pull-back piece 42, one end of the pull-back piece 42 is rotatably connected with the floating rotating shaft 41, the other end of the pull-back piece 42 is connected with the calandria support 21, the floating guide assembly 22 comprises a guide wheel 7, the guide wheel 7 comprises a concave wheel surface 71, and the concave wheel surface 71 is abutted against the wire tube.

The floating calandria component 2 is arranged in the calandria device 1, floating property through the floating guide component 22 can be used for carrying out relative movement when being subjected to the impact of the conduit, the conduit capable of self-adapting movement through the floating property is arranged on the calandria support 21, wherein the floating guide component 22 is provided with the floating guide wheel, so that impact force is reduced, the swing direction of the conduit can be automatically corrected, meanwhile, the floating inlet pipe orifice 3 can be changed in size along with the movement of the floating guide component 22, the risk of conduit clamping at the floating inlet pipe orifice 3 is reduced, the fluency of conduit movement in the winding process is improved, the floating guide wheel 4 is in sliding connection with the calandria support 21, the impact force is reduced, the influence of the impact force on the connection part of the floating guide wheel 4 and the calandria support 21 is reduced, the resistance between the conduit and the floating guide wheel 4 is reduced, the winding is smoother, the return piece 42 can give the floating rotary shaft 41 tension force, the floating guide tube 4 is driven to be pulled back, the abutting effect with the conduit is kept, the tension spring 42 is in the embodiment, the swing track is also reduced, the swing track is carried out through the rebound force, the conduit can be moved in the rolling wheel, the rolling guide wheel is better, the rolling guide wheel is in rolling contact with the conduit is better, the rolling guide wheel is in the rolling guide roller is in the rolling contact with the shape of the conduit is better, and the rolling guide wheel is in the rolling guide roller is in the rolling contact with the conduit, and the shape of the conduit is better, the rolling guide roller is in the rolling guide roller, and the rolling roller is in the rolling curve, and has better rolling contact with the rolling roller.

As shown in fig. 4 and 5, a rotation shaft blocking piece 43 is arranged on the calandria bracket 21, a rotation shaft sliding groove 211 is arranged on the calandria bracket 21, the floating rotation shaft 41 is slidably connected on the rotation shaft sliding groove 211, and the joint of the pull-back piece 42 and the floating rotation shaft 41 is positioned between the rotation shaft sliding groove 211 and the rotation shaft blocking piece 43.

The pivot keeps off piece 43 can provide stopping and guide action to the pivot of sliding connection on calandria support 21, avoid the pivot to produce horizontal skew and slope in the upper and lower sliding process, guarantee the steady rotation of floating guide pulley 4 and float from top to bottom, the setting of pullback piece 42 is between pivot spout 211 and pivot fender 43, can avoid pullback piece 42 side-to-side motion to interfere the gyro wheel region in the floating guide pulley 4, simultaneously pullback piece 42 tip is preferably provided with the ring structure, cooperate with floating pivot 41, reduce pullback piece 42 and produce the interference to floating guide pulley 4 rotary motion.

As shown in fig. 5, the rack bracket 21 is provided with an engaging protrusion 212 connected to the pullback member 42, and the engaging protrusion 212 is provided with a stopper 213. The clamping protrusion 212 arranged on the calandria support 21 is connected with one end of the pull-back piece 42 far away from the floating guide wheel 4, wherein the connection relationship between the clamping protrusion 212 and the calandria support 21 is fixedly connected, so that the other end of the pull-back piece 42 can drive the floating guide wheel 4 to elastically recover, and the abutting effect between the pull-back piece and the wire tube is maintained.

As shown in fig. 4, the floating guide assembly 22 includes a fixed guide wheel 5, and the fixed guide wheel 5 is rotatably connected with the calandria bracket 21. The fixed guide wheel 5 connected to the calandria support 21 in a rotating manner can provide the most basic supporting effect for the spool and prevent the spool from shaking up and down seriously, wherein the fixed guide wheel 5 is arranged below the floating guide wheel 4 in the gravity direction.

As shown in fig. 2, the rack pipe bracket 21 is in threaded connection with a driving screw 6, and the driving screw 6 rotates to drive the rack pipe bracket 21 to translate along the axis of the driving screw 6. The driving screw 6 can synchronously roll in the rolling process of the calandria device 1, and the driving screw 6 can drive the calandria support 21 to horizontally translate due to the fact that the calandria support 21 and the driving screw 6 are in threaded connection along with the rolling action, so that different winding areas are adapted, and uneven coiling caused by excessive winding times of a spool on the same area is avoided.

As shown in FIG. 1, the calandria 1 comprises a calandria mouth 11, and a floating calandria assembly 2 is movably connected to the calandria mouth 11. The floating calandria assembly 2 is arranged on the calandria mouth 11, so that the spool can be in a stable state when entering the calandria device 1, a better winding effect can be obtained, and the spool is orderly arranged.

The assembly and working process of the floating management device of the line pipe in the embodiment is as follows: in the embodiment, a pipe arranging device 1 is provided with a pipe arranging opening 11, a floating pipe arranging assembly 2 is arranged at the pipe arranging opening 11, a driving screw 6 is arranged at the pipe arranging opening 11, the driving screw 6 is in threaded connection with the floating pipe arranging assembly 2, the floating pipe arranging assembly 2 comprises a pipe arranging support 21, a floating guide wheel 4 and a fixed guide wheel 5 are rotatably connected on the pipe arranging support 21, wherein the fixed guide wheel 5 is arranged below the floating guide wheel 4, a rotating shaft sliding groove 211 is arranged on the pipe arranging support 21, a floating rotating shaft 41 of the floating guide wheel 4 is connected on the rotating shaft sliding groove 211, simultaneously, the end part of the floating rotating shaft 41 is connected with a pull-back piece 42, the other end of the pull-back piece 42 is fixedly connected on a clamping protrusion 212 on the pipe arranging support 21, simultaneously, both sides of the pipe arranging support 21 are provided with rotating shaft blocking pieces 43 at positions corresponding to the rotating shaft sliding grooves 211, the floating rotating shaft 41 is arranged between the two rotating shaft blocking pieces 43, the calandria 1 is rolled up to drive the conduit to move, the conduit passes through the floating inlet pipe orifice 3 before entering the calandria 1, when the conduit generates larger deflection swing in the moving process, the floating guide wheel 4 is extruded, the floating inlet pipe orifice 3 is expanded, thereby avoiding clamping stagnation, at the moment, the pull-back piece 42 drives the floating guide wheel 4 to pull back the conduit, the moving stability of the conduit is kept, the driving screw 6 is synchronously rotated in the rolling process to drive the floating calandria assembly 2 to move left and right, thereby ensuring the even arrangement of the conduit, in the working process of the floating calandria assembly 2, the impact of the swing conduit on each component of the calandria can be relieved through the operation steps, the service life of each component is prolonged, meanwhile, a certain deviation rectifying effect can be generated on the conduit through the rebound pull-back piece 42, and the conduit clamping stagnation can be avoided, the smoothness in the working process is ensured, different calibers can be dealt with, and the problem that the calibers are not uniform due to phenomena such as flattening, expanding and the like in the use process of the spool is avoided; meanwhile, in the embodiment, the fixed guide wheel 5 is arranged, so that the spool can obtain basic support in the winding process, and the poor stability of the spool is avoided; the driving screw 6 can drive the calandria support to translate in the left-right direction along with the rolling action of the calandria device, so that the winding and accumulation of the wire tubes in the same area can be avoided in the working process, and the wire tubes can be uniformly distributed in each area after the winding; and still set up the leading wheel 7 into the indent form in this embodiment for the shape of leading wheel 7 is more adapted to the shape of spool, guarantees that leading wheel 7 can drive the spool and carry out synchronous motion in the motion about the in-process, thereby guarantees the equipartition of spool, simultaneously because indent form is more adapted to the line shape, has still reduced the risk that leading wheel pair spool is stuck, is bent.

Claims (10)

1. The utility model provides a floating arrangement device of spool, is including calandria ware (1), its characterized in that, be connected with floating calandria subassembly (2) on calandria ware (1), floating calandria subassembly (2) are including calandria support (21), be connected with floating guide subassembly (22) on calandria support (21), floating guide subassembly (22) are including floating into mouth of pipe (3), go into and go out the inside spool of calandria ware (1) passes floating into mouth of pipe (3), floating guide subassembly (22) butt spool.

2. A floating arrangement for a conduit according to claim 1, wherein the floating guide assembly (22) comprises a floating guide wheel (4), the floating guide wheel (4) being slidably connected to the conduit bracket (21) and being rotatable relative to the conduit bracket (21).

3. A floating arrangement for a conduit according to claim 2, wherein the floating guide wheel (4) comprises a floating shaft (41), the floating shaft (41) is connected with a pull-back member (42), one end of the pull-back member (42) is rotatably connected with the floating shaft (41), and the other end is connected with the conduit bracket (21).

4. A floating arrangement of line pipes according to claim 3, characterized in that the pipe rack (21) is provided with a swivel stop (43).

5. A floating arrangement for a conduit according to claim 4, wherein the conduit bracket (21) is provided with a shaft chute (211), the floating shaft (41) is slidably connected to the shaft chute (211), and the connection between the pull-back member (42) and the floating shaft (41) is located between the shaft chute (211) and the shaft stopper (43).

6. A floating management device for a conduit according to claim 3, wherein the conduit bracket (21) is provided with a locking protrusion (212) connected to the pullback member (42), and the locking protrusion (212) is provided with a stop block (213).

7. A floating arrangement for a conduit according to any one of claims 1-6, characterized in that the floating guide assembly (22) comprises a fixed guide wheel (5), said fixed guide wheel (5) being rotatably connected to the conduit bracket (21).

8. A floating arrangement for a conduit according to any one of claims 1-6, wherein the conduit bracket (21) is threadably connected to a drive screw (6), the drive screw (6) rotating to translate the conduit bracket (21) along the axis of the drive screw (6).

9. A floating arrangement for a conduit according to any one of claims 1-6, characterized in that the floating guide assembly (22) comprises a guide wheel (7), the guide wheel (7) comprising a concave wheel surface (71), the concave wheel surface (71) abutting the conduit.

10. A floating pipe arrangement according to any one of claims 1-6, characterized in that the pipe arrangement (1) comprises pipe openings (11), and that the floating pipe arrangement assembly (2) is movably connected to the pipe openings (11).