CN206915250U - A kind of lifting finger - Google Patents

Abstract

The utility model discloses a kind of lifting finger, its drip irrigation device is to include rollgang and be placed on the rack of rollgang side, multiple gaps are provided with rollgang length direction, the side in the gap is fixed plate, position close to rack side in fixed plate is rotatably connected to rotary shaft, driven shaft is rotatably connected in the fixed plate directly over rotary shaft, driven shaft and the axis of rotary shaft are perpendicular to fixed plate side, the first rotating bar is connected with rotary shaft side, the second rotating bar is rotatably connected in driven shaft side, first rotating bar is identical with the second rotation pole length and remains and is parallel to each other, the support bar being vertically arranged is rotatably connected in the first rotating bar and the second rotating bar, supporting plate is connected with post upper, reach accurate, the effect of stable transport channel-section steel.

Description

A kind of lifting finger

Technical field

A kind of equipment of industrial product is the utility model is related to, more particularly to a kind of lifting finger.

Background technology

With the continuous improvement of commercial production levels, the intellectually and automatically equipment of construction industry is also increasingly It is more, in the production process of equipment, requirement for equipment raw material quality also more and more higher.

Channel-section steel category construction is used and machinery carbon structural steels, is the shaped steel steel of compound section, its section configuration is groove Shape, channel-section steel are mainly used in building structure, curtain wall engineering, plant equipment and vehicle manufacture etc., and it is preferable to require that it has in use Welding, rivet performance and comprehensive mechanical performance, existing channel-section steel production corollary equipment realizes the streamline volume production of channel-section steel, existing Some channel-section steels can pass through a series of process after heat distortion in process of production, wherein a procedure is by heat distortion Channel-section steel afterwards is put to be dried on the cooling plate, makes channel-section steel natural cooling, and channel-section steel then is sent into rollgang by lifting finger Upper continuation next process.

But many equipment can not realize steady transmission in transmit process, cause channel-section steel to be made with being collided with rollgang Into the damage of channel-section steel.

Utility model content

The purpose of this utility model is to provide a kind of lifting finger that can be stably turned to channel-section steel on rollgang.

Above-mentioned technical purpose of the present utility model technical scheme is that：

A kind of lifting finger, including rollgang and the rack for being placed on rollgang side, in rollgang length Direction is provided with multiple gaps, and the side in the gap is fixed plate, rotates and connects close to the position of rack side in fixed plate Rotary shaft is connected to, is rotatably connected to driven shaft in the fixed plate directly over rotary shaft, the axis of driven shaft and rotary shaft is vertical In fixed plate side, the first rotating bar is connected with rotary shaft side, the second rotating bar is rotatably connected in driven shaft side, the One rotating bar is identical with the second rotation pole length and remains and is parallel to each other, and turns in the first rotating bar and the second rotating bar It is dynamic to be connected with the support bar being vertically arranged, it is connected with supporting plate in post upper.

By using such scheme, motor control rotary shaft rotation, and then the second rotating bar is driven to surround driven shaft Rotation, support bar, the first rotating bar and the second rotating bar form a rectangle frame, because the first rotating bar and second rotate Bar is rotatablely connected with support bar respectively, so in the first rotating bar rotary course, support bar remains vertical support, is turning over During steel, the supporting plate keep level support for being fixed in post upper moves channel-section steel so that channel-section steel is transferred to conveying roller from rack On road, carry out double steel that can be relatively stable prevents channel-section steel from damaging, while also reduces noise, adds the practicality of equipment Effect.

Preferably, being vertically connected with multiple springs in splint upper surface, buffer board is connected with spring upper end.

By using such scheme, supporting plate holds up channel-section steel from the bottom to top, causes after setting buffer board between channel-section steel and supporting plate Buffer strip is left, equipment caused noise in process of production can be effectively reduced, reach the purpose of clean manufacturing, add and set Standby practicality effect.

Preferably, it is provided with multiple V-shaped grooves in buffer board upper surface.

By using such scheme, by setting V-shaped groove to enable to channel-section steel to be connected in V-shaped groove so that transportation Connection between middle channel-section steel and supporting plate is more stable, adds the practicality effect of equipment.

Preferably, it is provided with bearing in driven shaft and the second rotating bar junction.

By using such scheme, by setting bearing in rotary shaft and the second rotor plate junction, second is enabled to Rotor plate rotates more smooth so that structure is more stable, while can effectively reduce because rotary shaft and the second rotor plate it Between device damage caused by phase mutual friction, add the practicality effect of equipment.

Preferably, first rotating bar includes rotating bar body and clip, the rotation bar body is away from support bar One end is affixed on the rotating shaft by clip.

By using such scheme, by setting clip to realize the peace installation and dismantling rotated between bar body and rotary shaft Unload, facilitate the maintenance of equipment, while make it that the installation of equipment is more convenient, add the practicality effect of equipment.

Preferably, the rotation bar body and the second rotating bar include two stocks and sleeve, the stock is from sleeve Slide in the insertion sleeve of both ends and with sleeve and connect, be provided with screwed hole in the side wall at sleeve both ends, be provided with screwed hole Bolt, bolt are rotatablely connected by screwed hole and sleeve.

By using such scheme, stock and sleeve are fixed by swivel bolt, can suitably adjust the first rotating bar With the length of the second rotating bar so that equipment can the channel-section steel of reversal distance rack edge farther out, add the practicality of equipment Property effect.

Preferably, bracing piece is provided between support bar and supporting plate.

By using such scheme, by setting bracing piece to enable to support more firm, prevent because channel-section steel is overweight and Caused by support bar damage so that the security performance of equipment increase, while also increase the service life of equipment.

Preferably, being installed with block at splint upper surface both ends, the block is triangular structure.

By using such scheme, by the block of triangular structure, it can prevent channel-section steel from contacting with block corner to cause The damage of equipment, simultaneously because the presence of inclined plane can provide the slope of a buffering to channel-section steel, add the safety of equipment Property and practicality effect.

In summary, the utility model has the advantages that：Channel-section steel is stablized to overturn；It can be effectively increased The service life of equipment；Add the practicality effect of equipment.

Brief description of the drawings

Fig. 1 is lifting finger partial structural diagram in embodiment 1；

Fig. 2 is A portions enlarged drawing in Fig. 1；

Fig. 3 is lifting finger state diagram in embodiment 2；

Fig. 4 is B portions enlarged drawing in Fig. 3.

In figure, 1, rollgang；11st, gap；12nd, fixed plate；121st, rotary shaft；122nd, driven shaft；123rd, first rotate Bar；1221st, the second rotating bar；1222nd, bearing；1231st, support bar；1232nd, stock；1233rd, sleeve；1234th, clip；1235、 Bolt；124th, supporting plate；1241st, spring；1242nd, buffer board；1243rd, V-shaped groove；1244th, block；1245th, bracing piece；2nd, place Frame.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.Wherein identical parts identical accompanying drawing Mark represents.It should be noted that the word "front", "rear", "left", "right", the "up" and "down" that are used below in description refer to It is the direction in accompanying drawing, word " bottom surface " and " top surface ", " interior " and " outer " are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment 1：A kind of lifting finger, as shown in figure 1, including rollgang 1 and rack 2, rollgang 1 is fixed on On ground, rack 2 is fixed on the ground of the side of rollgang 1.

With reference to shown in Fig. 2, multiple gaps 11 are uniformly provided with along the length direction of rollgang 1 on rollgang 1, in gap Fixed plate 12 is fixedly connected with 11 side walls and fixed plate 12 is parallel with the side wall.

Rotary shaft 121 is rotatably connected in fixed plate 12, be connected with the fixed plate 12 directly over rotary shaft 121 from Moving axis 122, the axis of rotary shaft 121 and driven shaft 122 axis at grade, in rotary shaft 121 away from fixed plate 12 One end be rotatably connected to the first rotating bar 123.

The second rotating bar 1221, with reference to shown in Fig. 3, Fig. 4, the rotating bar of driven shaft 122 and second are provided with driven shaft 122 Bearing 1222 is provided between 1221, driven shaft 122 is fixedly connected with the inner ring of bearing 1222, the second rotating bar 1221 and bearing 1222 Outer ring be fixedly connected, the axis of bearing 1222 is identical with the axis direction of the second rotating bar 1221, the first rotating bar 123 and second turn The length of lever 1221 is identical, and support bar 1231, the support are provided between the first rotating bar 123 and the second rotating bar 1221 The length of bar 1231 is equal to the distance between rotary shaft 121 and driven shaft 122, the both ends of the support bar 1231 company of rotation respectively The first rotating bar 123 and the second rotating bar 1221 are connected on 122 identical two positions of rotary shaft 121 and driven shaft.

Fig. 1 and Fig. 2 are reviewed, the first rotating bar 123 includes two stocks 1232, sleeve 1233 and clip 1234, clip 1234 are fixedly connected on the one end of stock 1232 away from support bar 1231, and the inner ring of clip 1234 is fixed with rotary shaft 121 to be connected Connect, stock 1232 slides connection out of sleeve 1233 both ends insertion sleeve 1233 and with sleeve 1233, at the both ends of sleeve 1233 Side wall on be provided with screwed hole, be provided with bolt 1235 in screwed hole, bolt 1235, which passes through screwed hole and rotated with sleeve 1233, to be connected Connect.

Supporting plate 124 is connected with the upper end of support bar 1231, multiple springs 1241, spring are connected with the upper surface of supporting plate 124 1241 axis directions are vertical with supporting plate 124, are fixedly connected with buffer board 1242 in the upper end of spring 1241, buffer board 1242 passes through bullet The active force of spring 1241 is fluctuated in the upper surface of supporting plate 124, and multiple V-shaped grooves 1243 are provided with the upper surface of buffer board 1242, is led to Cross V-shaped groove 1243 to abut channel-section steel, two blocks 1244 are connected with the both ends of supporting plate 124, the block 1244 is triangle Block 1244, bracing piece 1245 is provided between support bar 1231 and supporting plate 124.

Specific work process is as follows：

When needing channel-section steel being transported on rollgang 1 from rack 2, rotary shaft 121 is driven by motor Rotation causes support bar 1231 to hold up channel-section steel from the bottom to top from the side of rack 2, because support bar 1231 is set straight up, from Moving axis 122 is located at directly over rotary shaft 121, and the first rotating bar 123 remains parallel with the second rotating bar 1221, so the One rotating bar 123, the second rotating bar 1221 and support bar 1231, which be combined with each other, forms three sides of parallelogram, in rotary shaft Support bar 1231 remains straight up in 121 rotation processes.

Continue to control rotary shaft 121 to rotate so that support bar 1231 from top to bottom passes through gap 11, due to the length of channel-section steel It is far longer than the length in gap 11, so the support of transfer roller 1 holds channel-section steel, support bar 1231 continues to move downward to be taken off with channel-section steel From reaching the purpose of transmission, continue to drive rotary shaft 121 to rotate repeating above-mentioned transmit process.

This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in right of the present utility model by Patent Law.

Claims (8)

1. a kind of lifting finger, including rollgang（1）Be placed on rollgang（1）The rack of side（2）, its feature exists In：In rollgang（1）Length direction is provided with multiple gaps（11）, the gap（11）Side be fixed plate（12）, solid Fixed board（12）Upper close rack（2）The position of side is rotatably connected to rotary shaft（121）, in rotary shaft（121）Surface Fixed plate（12）On be rotatably connected to driven shaft（122）, driven shaft（122）And rotary shaft（121）Axis perpendicular to fixed plate （12）Side, in rotary shaft（121）Side is connected with the first rotating bar（123）, in driven shaft（122）Side is rotatably connected to Two rotating bars（1221）, the first rotating bar（123）With the second rotating bar（1221）Length is identical and remains and is parallel to each other, In the first rotating bar（123）With the second rotating bar（1221）On be rotatably connected to the support bar being vertically arranged（1231）, supporting Bar（1231）Upper end is connected with supporting plate（124）.

2. lifting finger according to claim 1, it is characterised in that：In supporting plate（124）Upper surface is vertically connected with multiple Spring（1241）, in spring（1241）Upper end is connected with buffer board（1242）.

3. lifting finger according to claim 2, it is characterised in that：In buffer board（1242）Upper surface is provided with multiple V-arrangements Groove（1243）.

4. lifting finger according to claim 1, it is characterised in that：In driven shaft（122）With the second rotating bar（1221） Junction is provided with bearing（1222）.

5. lifting finger according to claim 1, it is characterised in that：First rotating bar（123）Including rotating bar sheet Body and clip（1234）, the rotation bar body is away from support bar（1231）One end pass through clip（1234）It is fixed in rotary shaft （121）On.

6. lifting finger according to claim 5, it is characterised in that：The rotation bar body and the second rotating bar（1221） Include two stocks（1232）And sleeve（1233）, the stock（1232）From sleeve（1233）Both ends insertion sleeve（1233） Interior and and sleeve（1233）Sliding connection, in sleeve（1233）Screwed hole is provided with the side wall at both ends, is provided with screwed hole Bolt（1235）, bolt（1235）Pass through screwed hole and sleeve（1233）Rotation connection.

7. lifting finger according to claim 1, it is characterised in that：In support bar（1231）And supporting plate（124）Between set There is bracing piece（1245）.

8. lifting finger according to claim 1, it is characterised in that：In supporting plate（124）Upper surface both ends are installed with block （1244）, the block（1244）For triangular structure.