CN209097544U - High-speed transmission device - Google Patents

Abstract

The utility model discloses a kind of high-speed transmission devices, including support member；Conveyer belt, for transmitting material；Power part, for driving the conveyer belt rotation to convey material；Magnetic part is set to below the conveyer belt, for the material being located on the conveyer belt to be sucked.Magnetic part by being located at the lower section of conveyer belt by the utility model, magnetic part can apply a suction to material, increase material and transmits the frictional force of interband, to which the delivery rate of conveyer belt reaches 15-20m/s, the processing efficiency to materiel machining, additional fixation member that no setting is required are improved, reduce energy consumption of electrical machinery, reduce cost, simplify apparatus structure, improves feeding efficiency.

Description

High-speed transmission device

Technical field

The utility model belongs to material transportation technical field, more particularly, to a kind of high-speed transmission device.

Background technique

At present during carrying out punch process to metal plate, need to process by Multi-step forming, the process In its metal plate during being transported to subsequent processing from a upper process, be to be conveyed by conveyer belt, at present transmit Band is drives synchronous belt to be rotated to realize and convey to material by motor-driven rotating roller, but because metal Plate has speed difference when being placed on synchronous belt between metal plate and transmission belt, therefore synchronous belt is to material transportation When, it can only slowly transport to ensure that metal plate will not fall on synchronous belt, slide and position shifts Situation, but because synchronous belt rotation is slow, it is slow to the conveying speed of metal plate, cause to carry out punch process to material Low efficiency；And metal plate is easy to dip in and oil on the process surface of processing, therefore metal plate is when being placed on synchronous belt, It is also easy to skid, causes what synchronous belt can not be successfully to transport to metal plate.

In order to solve the problem above-mentioned, it uses and is synchronizing the multiple frames of spaced installation existing transmission device, right When metal plate is transported, directly metal plate is placed in frame, limit is realized to metal plate by frame and is fixed, Then synchronous belt is quickly rotated again, and synchronous belt is conveyed, it, can be great because realizing fixation to metal plate The revolving speed of synchronous belt is improved, to improve the transfer efficiency to material, but because is equipped with frame on synchronous belt to metal plate It is fixed, and frame weight with higher, typically the gross weight of frame is greater than the weight of metal plate, causes to gold During belonging to plate transport, synchronous belt is changed into needs transportation frame and metal simultaneously by the original metal plate that only needs to convey Plate increases the power requirement of motor, and the energy consumption of motor increases；And to metal plate carry out blowing when, need by Metal plate is put into the position of formulation, causes blowing inconvenient, and the setting of frame undoubtedly increases entire transmission dress The cost set causes cost to increase during practical operation production, and economic benefit reduces, its structure of transmission device is complicated Change, whole device bad stability is easy to damage.

Utility model content

The utility model for overcome the deficiencies in the prior art, provides that a kind of structure is simple, transmission speed is fast, blowing is convenient High-speed transmission device.

To achieve the goals above, the utility model uses a kind of following technical scheme: high-speed transmission device, including

Support member；

Conveyer belt, for transmitting material；

Power part, for driving the conveyer belt rotation to convey material；

Magnetic part is set to below the conveyer belt, for the material being located on the conveyer belt to be sucked.

The utility model is placed on conveyer belt by the way that magnetic part to be located to the lower section of conveyer belt in metal plate material When, magnetic part can apply a suction to material, therefore during being transmitted to material, increase material and transmission Frictional force between band, therefore when transmission, the delivery rate of conveyer belt can be increased to 15-20m/s, in this process Situations such as material will not be shifted, is detained, skids and be fallen improves and carries out to material to realize quick transmission The processing efficiency of processing, and because the suction of magnetic part increases the frictional force between synchronous belt and conveyer belt, even if Oil is speckled on material, can also ensure and closely connect between material and synchronous belt, is moved material quickly with synchronous belt, is mentioned The conveying effect of high synchronous belt；And the set-up mode its not set any fixation device on the belt, therefore will not be right Transmission belt itself causes the burden in any weight, so as to use low power motor driven transmission belt to be driven, drop Low energy consumption, reduces cost, simplifies the structure of whole device, improve the feeding efficiency of device.

Further, the magnetic part includes multiple magnetic parts and the lid for fixing the magnetic part, the lid Body is matched with the support member;Magnetic part is set as multiple rather than a strip, one side have ensured magnetic part It can be uniformly distributed on the supporting member, so that lasting suction is kept in material transportation process, to ensure the whole of material conveying A process will not be fallen off, and the stability of material transportation is strong, magnetic part is then on the other hand set as multiple, between magnetic part With spacing, which can cope with the offset or fragmentation that magnetic part in use expands with heat and contract with cold and occur position, And magnetic part is set as multiple, the damage of the modes such as broken can also occur convenient for single magnetic part in use, Cost can be reduced to individually replacing；And magnetic part is set as multiple, reduce magnetic part total amount and magnetic can also be kept The suction of property part is unaffected, and is reduced costs；And lid, which is arranged, can cover on magnetic part, to magnetic part carry out protection and It is fixed, it avoids magnetic part chipping by the collision of material, extends the service life of magnetic part, and cover cap is set to On magnetic part, the gap that also can avoid magnetic part impacts the movement of conveyer belt, ensures the stability of conveyer belt movement, Reduce the friction that conveyer belt is subject to.

Further, the power part includes driving wheel, driven wheel and the driving for driving the driving wheel rotation Structure, the driving wheel are matched with the conveyer belt with the driven wheel；It can be to transmission by setting driving wheel, driven wheel Band, which is realized, to be tensed, so that material can be transported preferably when being placed on the transmission belt, and the set-up mode One side structure is simple, on the other hand important is that can tighten transmission belt, avoids when material is put on the belt, Transmission belt is in contact due to the gravity of material with lid, causes conveyer belt abrasion, which raises the service lifes of conveyer belt.

Further, the support member includes bracket and the crossbeam that is set on the bracket, the magnetic part with it is described On the crossbeam, the lid is detachably connected with the crossbeam；Setting crossbeam magnetic part can be fixed installation, mention The intensity of high whole device；And adjustment structure, which is arranged, driven wheel is adjusted, which can change driven wheel and master Spacing between driving wheel, thus it is more convenient in the process for carrying out replacement installation to conveyer belt.

Further, the driving structure includes being connected with the rotary shaft of bracket flexible connection, with the rotary shaft Rotating wheel and driving motor for driving rotating wheel rotation, the driving wheel be connected with the rotary shaft；By setting It sets rotary shaft to be connected with driving wheel, realizing a motor can drive multiple driving wheels to be rotated, and then realize The multiple conveyer belt rotations of one motor driven, it, which is mainly accomplished that through the same power source, during being somebody's turn to do drives each biography It send band to roll, the transmission speed between each conveyer belt can be kept identical, without speed difference between conveyer belt, improve transmission Effect.

Further, the crossbeam includes cross-beam body, the first cavity being formed on the cross-beam body, is formed in institute The second cavity on cross-beam body is stated, is equipped with multiple extensions in second cavity；By the way that first is arranged on cross-beam body Cavity can reduce the weight of entire crossbeam, reduce the cost of crossbeam；And the setting of the second cavity and extension, then it can be When being transmitted to material, the vibration generated in transmit process can be transmitted on cross-beam body, be then passed to extension On because extension be it is multiple, vibration can directly be melt into the second cavity, reduce the vibration generated in whole device.

Further, the crossbeam further includes and is used to support two support platforms of the magnetic part, and two support is flat There is spacing between platform；, on the one hand can be in order to which magnetic part be fixed by two support platforms of setting and spacing, another party Because having spacing between support platform, one side reduces the weight of whole device, the shake on another aspect magnetic part in face It is dynamic to be preferably transmitted in the air, reduce the vibration of whole device.

In conclusion the utility model can apply material by the way that magnetic part to be located to the lower section of conveyer belt, magnetic part One suction increases material and transmits the frictional force of interband, so that the delivery rate of conveyer belt reaches 15-20m/s, improves to object Expect that the processing efficiency of processing, additional fixation member that no setting is required reduce energy consumption of electrical machinery, reduces cost, simplify apparatus structure, improve Feeding efficiency.

Detailed description of the invention

Fig. 1 is the structural schematic diagram one of the utility model.

Fig. 2 is the enlarged drawing of A in Fig. 1.

Fig. 3 is the structural schematic diagram two of the utility model.

Fig. 4 is the enlarged drawing of B in Fig. 3.

Fig. 5 is the partial exploded view of the utility model.

Fig. 6 is the enlarged drawing of C in Fig. 5.

Fig. 7 is the enlarged drawing of D in Fig. 5.

Fig. 8 is the structural schematic diagram of the utility model crossbeam.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

As shown in figures 1-8, a kind of high-speed transmission device, including support member 1, conveyer belt 2, power part 3 and magnetic portion Part 4, wherein the support member 1 includes bracket 11 and crossbeam 12, the bracket 11 is vertical metal frame, and the bracket 11 is direct On frame to ground or on metal plate, a cross bar 10,10 end of cross bar and the branch are connected on the bracket 11 Frame 11 is connected, and has been connected by screw to one second link block 101 respectively on the two sidewalls of 10 end of cross bar, and described second Link block 101 is metal plate, and the crossbeam 12 is set between two second link blocks 101 and passes through screw and the second link block 101 It is connected, and the crossbeam 12 is located at the surface of the cross bar 10, and there is a certain distance between crossbeam 12 and cross bar 10； The magnetic part 4 is set on the crossbeam 12.

Specifically, the magnetic part 4 includes multiple magnetic parts 41 and lid 42, the magnetic part 41 is the sheet of fritter Magnet, the magnetic part 41 are directly set up onto 12 upper surface of crossbeam, and to be arranged successively between magnetic part 41, adjacent Magnetic part 41 between there are gap, which can cope with magnetic part 41 and expand with heat and contract with cold the deformation of generation, and the lid 42 is length The metal cover of bar shaped, the upper surface of the lid 42 is smooth plane, and the lid of the lid 42 is set on multiple magnetic parts 41 Then it is fixed on the crossbeam 12 by edge of the screw to lid 42, magnetic part 41 is realized admittedly to realize lid 42 It is fixed；In actual use, for magnetic part 4 to being fixed on the upper surface of the crossbeam 12, lower end surface does not contain magnetic portion Part 4.

Further, the conveyer belt 2 is that existing synchronous belt, the conveyer belt 2 are set on the crossbeam 41 in the market, i.e., Transmission band part is located at the surface of the lid 42, and partially positioned at the underface of the crossbeam 41, the conveyer belt 2 is in power It is rotated under the driving of component 3；Specifically, the power part 3 includes driving wheel 31, driven wheel 32 and driving structure 33, The driving wheel 31 and the driven wheel 32 are the metal wheel that surface has multiple grooves, and 2 sets of the conveyer belt is in the master On driving wheel 31 and the driven wheel 32, specific connection type is the conveyer belt 2 under the pulling of driving wheel 31 and driven wheel 32 A strip is formed, and inner wall is equipped with multiple raised lines on the conveyer belt 2, the raised line is embeddable in groove, therefore When driving wheel 31 is rotated, the driving wheel 31 will drive the conveyer belt 2 and rotate, and driven wheel 32 can synchronize at this time Rotation.

Specifically, the drive mechanism 33 includes rotary shaft 331, driving wheel 332 and driving motor 333, the rotary shaft 331 metal shafts, 31 sets of the driving wheel are set in the rotary shaft 331, and the driving wheel 31 is with the rotary shaft 331 Rotation stop connection, the connecting hole inner wall which is connected as 31 middle part of driving wheel is recessed outward forms the rotation stop groove with plane, rotation Shaft 331 is equipped with rotation stop protrusion, is embedded into rotation stop groove by rotation stop protrusion, therefore realizes driving wheel 31 and the rotary shaft The connection of 331 rotation stops, the driving wheel 332 are a belt pulley, and the driving motor 333 is servo motor, the driving motor 333 An output wheel 334 is connected on output shaft, the output wheel 334 carries out power transmitting by belt with the driving wheel 332；For Preferably rotary shaft 331 can be fixed, be connected on the end of the cross bar 10 the third connection being laterally arranged Block 102 offers circular open on the third link block 102, and bearing is equipped in the circular open of third link block 102, The rotary shaft 331 passes through the inner ring of the bearing, is realized by the set-up mode and rotary shaft 331 is fixed.

Further, be equipped on the end of the crossbeam 12 for pushing the driven wheel 32 or so movement with adjust from The elastic of the conveyer belt 2 is adjusted by the adjustment structure 13 in the adjustment structure 13 of spacing between driving wheel 32 and driving wheel 31； Adjustment structure can adjust the elastic of conveyer belt, so that conveyer belt is located at optimal tightness, that is, can avoid conveyer belt and cross Song Eryu Lid is in contact, and causes conveyer belt abrasion, and can avoid the rate of conveyer belt tension influence conveyer belt rotation and cause conveyer belt Situations such as being tightened up and be pulled off for a long time.

Specifically, the adjustment structure 13 include the first link block 131, connecting shaft 132 and adjusting rod 133, described first Link block 131 is a metal block, and first link block 131 is two pieces, and two piece of first link block 131 is fixed on the crossbeam On 12 left and right sides wall；First link block 131 is connected by screw to the crossbeam 12, in first link block 131 It is equipped with a positioning port 134, the positioning port 134 is the opening of a strip；The connecting shaft 132 is metal shaft, the connection Axis 132 is flexibly connected with by bearing with the driven wheel 32, and the both ends of the connecting shaft 132 are rectangular setting, the connecting shaft 132 wear in the positioning port 134, and the adjusting rod 133 is a metal screw, and the adjusting rod 133 passes through described first Link block 131, and be spirally connected with first link block 131, therefore when driven wheel 32 is adjusted, it is only necessary to it rotates The adjusting rod 133；Connecting shaft can be supported by the way that the first link block is arranged, to be set in support shaft Driven wheel can be hanging, keeps driven wheel can be with stable rotation, and adjusting rod is arranged can then change driven under conditions of rotation Spacing between wheel and driving wheel, can be convenient for adjusting；Positioning port is set on the first link block, can realize to connecting shaft into Row limit, avoids connecting shaft from moving up and down during use, improves the stability that whole device uses.

Specifically, being equipped with backgauge component 14 on first link block 131, which includes connector 141 With block piece 142, the connector 141 is the metal strip that a middle part is slotted, and the connector 141 is connected by bolt and described first It connects block 131 to be connected, connection type is to be equipped with multiple screw holes on first link block 131, after bolt passes through the fluting It is spirally connected with screw hole inner wall, then the part of bolt upper end protrusion is pressed on the upper surface of the connector 141, the set-up mode The position of connector 141 can be adjusted in it, only need to unscrew on bolt, and pushing connector 141 is adjustable bolt Position；The block piece 142 is a metal column, which is fixed on the end of the connector 141, and in the block piece 142 upper end is taper setting, and a recessed portion 143 is equipped on the upper end of the block piece 142；It can by setting backgauge component When material is transported, to stop material when the other end is transported in one end of conveyer belt, avoid material because of movement speed It spends fast and flies out, punching press more efficiently can be carried out to material convenient for stamping device.

In order to preferably adapt to have magnetic part 41 conveyer belt performance, the present embodiment also done again crossbeam 12 Design is to reach optimal damping effect；Specifically, the crossbeam 12 includes cross-beam body 121, first the 122, second sky of cavity Chamber 123 and extension 124, first cavity 122 is the square cavity for being formed in 12 middle part of crossbeam, and first is empty The corner of 122 inner wall of chamber is inclined surface setting, can eliminate the stress between cavity inner wall；Second cavity 123 is Two, which is cylindrical cavity, and the extension 124 is raised line, extension 124 and the crossbeam 12 1 It is body formed, and extension 124 be it is multiple, along second cavity 123 interior wall circular be arranged；The crossbeam 12 further includes Two support platforms 125, the support platform 125 are positioned at 12 top of crossbeam, and between having between support platform 125 Away from the magnetic part 41 is directly set up onto the support platform 125.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts The range of the utility model protection all should belong in every other embodiment.

Claims (6)

1. a kind of high-speed transmission device, it is characterised in that: including

Support member (1)；

Conveyer belt (2), for transmitting material；

Power part (3), for driving the conveyer belt (2) rotation to convey material；

Magnetic part (4) is set to below the conveyer belt (2), for the material being located on the conveyer belt (2) to be sucked.

2. a kind of high-speed transmission device according to claim 1, it is characterised in that: the magnetic part (4) includes multiple Magnetic part (41) and lid (42) for fixing the magnetic part (41), the lid (42) and the support member (1) phase Cooperation.

3. a kind of high-speed transmission device according to claim 2, it is characterised in that: the power part (3) includes actively Wheel (31), driven wheel (32) and for drive the driving wheel (31) rotate driving structure (33), the driving wheel (31) with The driven wheel (32) matches with the conveyer belt (2)；

The support member (1) includes bracket (11) and the crossbeam (12) on the bracket (11), the magnetic part (41) On the crossbeam (12), the lid (42) is detachably connected with the crossbeam (12).

4. a kind of high-speed transmission device according to claim 3, it is characterised in that: the driving structure (33) includes and institute The rotary shaft (331) for stating bracket (11) flexible connection, the rotating wheel (332) that is connected with the rotary shaft (331) and for driving The driving motor (333) of rotating wheel (332) rotation, the driving wheel (31) are connected with the rotary shaft (331).

5. a kind of high-speed transmission device according to claim 4, it is characterised in that: the crossbeam (12) includes cross-beam body (121), the first cavity (122) for being formed on the cross-beam body (121), be formed on the cross-beam body (121) Two cavitys (123), second cavity (123) is interior to be equipped with multiple extensions (124).

6. a kind of high-speed transmission device according to claim 5, it is characterised in that: the crossbeam (12) further includes and is used for Two support platforms (125) of the magnetic part (41) are supported, there is spacing between two support platform (125).