CN216606879U - Bridge plate punching integrated forming device - Google Patents
Bridge plate punching integrated forming device Download PDFInfo
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- CN216606879U CN216606879U CN202123335784.8U CN202123335784U CN216606879U CN 216606879 U CN216606879 U CN 216606879U CN 202123335784 U CN202123335784 U CN 202123335784U CN 216606879 U CN216606879 U CN 216606879U
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Abstract
The utility model discloses a bridge plate punching and integrated forming device which comprises a bridge plate punching workbench and bridge plate conveying equipment, wherein a lock catch hole punching device and a double-hole punching device are combined by the bridge plate punching workbench to meet the requirements of arrangement of a connecting hole, a grounding hole and a lock catch hole on a bridge plate, the operation process is greatly simplified by the integrated arrangement, and the bridge plate conveying equipment replaces manpower to convey the bridge plate to be processed; when punching is carried out, a plurality of persons and a plurality of devices are not required to work in a matched mode, and the bridge plate is only required to be placed on bridge plate conveying equipment, so that the working efficiency is greatly improved; because the punching process does not need manual intervention, the potential safety hazard is avoided; and after the punching operation is finished, the waste can be collected and uniformly treated by the lock catch hole waste drawer and the double-hole waste drawer.
Description
Technical Field
The utility model relates to the field of bridge plate punching, in particular to an integrated bridge plate punching forming device.
Background
At present, when 3 different types of holes are punched by common punching equipment of a bridge frame company, 2 workers are required to be matched with each other, and each punching operation needs to be carried out by pressing a switch by a foot or a hand once, so that the punching operation and the blanking operation are repeated, the productivity is low, the demand of personnel is large, and potential safety hazards exist during operation.
Based on the defects of the prior art in the actual operation process, the utility model solves the problems that:
1. when punching equipment punches different types of holes, the equipment needs to be frequently replaced, and the operation is more complicated;
2. when punching, a plurality of persons and a plurality of devices are required to work in a matching way, so that the efficiency is low;
3. potential safety hazards exist when the punching equipment is operated;
4. after the punching operation is completed, the waste materials are scattered and collected in a trouble.
SUMMERY OF THE UTILITY MODEL
Aiming at the defects of the prior art, the utility model provides an integral forming device for punching a bridge frame plate, which aims to solve the problems.
In order to achieve the above object, the present invention is achieved by the following technical solutions.
A bridge plate punching integrated forming device comprises a bridge plate punching workbench and bridge plate conveying equipment, the bridge frame plate punching workbench comprises a workbench main body, a lock catch hole punching device, a double-hole punching device and a sliding chute, the two lock catch hole punching devices are connected with the sliding chute, the two double-hole punching devices are also connected with the two sides of the sliding chute, the bridge frame plate conveying equipment comprises an inlet conveying device, a vertical conveying device, a horizontal conveying device and an outlet conveying device, the vertical transmission device and the horizontal transmission device array are sequentially arranged in a plurality of groups at intervals, the latching hole punching device and the double-hole punching device are combined by the bridge plate punching workbench to meet the arrangement of the connecting hole, the grounding hole and the latching hole required on the bridge plate, the operation process is greatly simplified by the integrated arrangement, and the crane span structure panel transportation equipment replaces manpower to transport crane span structure panels needing to be processed.
Preferably, the lock catch hole punching device comprises a lock catch hole driving piece, a lock catch hole device main body, a lock catch hole punching column, a lock catch hole upper template, a lock catch hole fixing bolt, a lock catch hole baffle, a lock catch hole supporting plate, a lock catch hole waste material drawer and a lock catch hole moving device, wherein the lock catch hole driving piece is arranged on the lock catch hole device main body, the lock catch hole moving device is arranged below the lock catch hole device main body, one end of the lock catch hole punching column is connected with the lock catch hole driving piece, the other end of the lock catch hole upper template can move back and forth between the lock catch hole upper template and the lock catch hole supporting plate, a through hole which is consistent with the shape of the lock catch hole punching column is arranged on the lock catch hole upper template, the lock catch hole baffle is in threaded connection with the lock catch hole upper template, the lock catch hole baffle is arranged between the lock catch hole upper template and the lock catch hole supporting plate, and the lock catch hole waste material drawer is arranged between the lock catch hole device main body and the lock catch hole device main body, The lock catch hole supporting plate and the lock catch hole moving device are arranged in a space formed among the lock catch hole supporting plate and the lock catch hole moving device in a sliding mode.
Preferably, hasp hole layer board includes hasp jogged joint fixed orifices, hasp hole boss, hasp hole through-hole, hasp jogged joint fixed orifices is established in hasp hole layer board both sides, and with hasp hole device main part bolted connection, hasp hole boss is established in hasp hole layer board top, and the rear sets up the screw hole that corresponds with hasp hole fixing bolt, hasp hole through-hole shape and hasp hole post that punches a hole are unanimous, and extend to hasp hole layer board bottom for the through-hole at hasp hole boss.
Preferably, hasp hole mobile device removes mainboard, hasp hole removal clamp, hasp hole removal bolt including the hasp hole, the hasp hole removes the mainboard setting in hasp hole device main part below, hasp hole removal clamp has a plurality of to all set up in hasp hole removal mainboard below, and the circular arc position is corresponding with the spout position, hasp hole removal bolt sets up in the both sides that the clamp was removed in the hasp hole, is equipped with two hasp hole removal bolts on the hasp hole removal clamp.
Preferably, the double-hole punching device comprises a double-hole driving piece, a double-hole device main body, a double-hole punching column, a double-hole upper template, a double-hole fixing bolt, a double-hole baffle plate, a double-hole supporting plate, a double-hole waste drawer and a double-hole moving device, wherein the double-hole driving piece is arranged on the double-hole device main body, the double-hole moving device is arranged below the double-hole device main body, one end of the double-hole punching column is connected with the double-hole driving piece, the other end of the double-hole punching column can move back and forth between the double-hole upper template and the double-hole supporting plate, a through hole which is consistent with the shape of the double-hole punching column is arranged on the double-hole upper template, the double-hole baffle plate is in threaded connection and fixed on the double-hole supporting plate, the double-hole baffle plate is positioned between the double-hole upper template and the double-hole supporting plate, and the double-hole waste drawer is positioned in a space formed among the double-hole device main body, the double-hole supporting plate and the double-hole moving device main body, and the waste collection device is arranged in a sliding manner, and waste can be collected and uniformly processed through the lock catch hole waste drawer and the double-hole waste drawer after the punching operation is finished.
Preferably, the diplopore layer board includes diplopore connection fixed orifices, diplopore boss, diplopore through-hole, diplopore connection fixed orifices are established in diplopore layer board both sides, and with diplopore device main part bolted connection, the diplopore boss is established in diplopore layer board top, and the rear sets up the screw hole that corresponds with diplopore fixing bolt, diplopore through-hole shape and diplopore post of punching a hole unanimously, and extend to diplopore layer board bottom for the through-hole at the diplopore boss.
Preferably, the diplopore mobile device includes that diplopore removes mainboard, diplopore removal clamp, diplopore removal bolt, the diplopore removes the mainboard setting in diplopore device main part below, the diplopore removes the clamp and has a plurality of to all set up in diplopore removal mainboard below, and the circular arc position is corresponding with the spout position, the diplopore removes the bolt setting in the both sides of diplopore removal clamp, is equipped with two diplopore removal bolts on a diplopore removal clamp.
Preferably, the two double-hole baffles on the two double-hole punching devices are respectively arranged oppositely, wherein the double-hole baffle close to the upper surface of the double-hole punching device of the inlet transmission device is arranged close to the right double-hole boss; wherein the double-hole baffle plate close to the upper part of the double-hole punching device of the outlet transmission device is arranged close to the left double-hole boss.
Preferably, the inlet transmission device is arranged on one side of the bridge plate conveying equipment and comprises an inlet transmission support and an inlet transmission motor, two groups of the inlet transmission supports are oppositely arranged respectively, an inlet conveyor belt and an inlet transmission shaft are arranged on the two groups of the inlet transmission supports, the inlet transmission motor is arranged on the inlet transmission supports and is in belt transmission or chain transmission with the inlet transmission shaft, the transmission direction of the vertical transmission device is over against the bridge plate punching workbench and is vertical to the transmission direction of the inlet transmission device, the inlet transmission device comprises a vertical transmission front support, a vertical transmission rear support and a vertical transmission motor, the vertical transmission front support is erected on the ground, the vertical transmission rear support is erected on the workbench main body, a vertical conveyor belt and a vertical transmission shaft are arranged between the vertical transmission front support and the vertical transmission rear support, the vertical transmission motor is arranged on the vertical transmission front support and is in belt transmission or chain transmission with the vertical transmission shaft, the transmission direction of the horizontal transmission device is horizontal to the bridge frame plate punching workbench and is the same as that of the inlet transmission device, the horizontal transmission device comprises a horizontal transmission front support, a horizontal transmission rear support and a horizontal transmission motor, the horizontal transmission front support is erected on the ground, the horizontal transmission rear support is erected on the workbench main body, a horizontal conveyor belt and a horizontal transmission shaft are arranged between the horizontal transmission front bracket and the horizontal transmission rear bracket, the horizontal transmission motor is arranged on the horizontal transmission front bracket and is in belt transmission or chain transmission with the horizontal transmission shaft, the outlet transmission device is arranged on the other side of the bridge plate conveying equipment and comprises two groups of outlet transmission supports and two groups of outlet transmission motors which are arranged oppositely, and the two groups of outlet transmission supports are provided with outlet conveyor belts and outlet transmission shafts, and the outlet transmission motors are arranged on the outlet transmission supports and are in belt transmission or chain transmission with the outlet transmission shafts. Need not many people, many equipment cooperation work simultaneously when punching a hole, only need with the crane span structure panel put into crane span structure panel transportation equipment on can, improved work efficiency greatly, owing to need not artifical the intervention among the punching a hole process, avoided the potential safety hazard of existence.
Preferably, the spout is equipped with two in the workstation main part, including spout circular arc, spout notch, spout circular arc shape is unanimous with hasp hole removal clamp, the both below circular arc shape of diplopore removal clamp, spout notch position corresponds with hasp hole removal bolt, diplopore removal bolt.
Compared with the prior art, the device has the advantages that: a bridge frame plate punching integrated forming device comprises a bridge frame plate punching workbench and bridge frame plate conveying equipment,
1) the crane span structure plate punching workbench combines the lock catch hole punching device and the double-hole punching device, so that the arrangement of a connecting hole, a grounding hole and a lock catch hole required on a crane span structure plate is met, the integrated arrangement greatly simplifies the operation process, and crane span structure plate transportation equipment replaces manpower to transport the crane span structure plate to be processed;
2) when punching, a plurality of persons and a plurality of devices are not required to work simultaneously, and the bridge plate is only required to be placed on the bridge plate conveying device, so that the working efficiency is greatly improved;
3) because the punching process does not need manual intervention, the potential safety hazard is avoided;
4) and after the punching operation is finished, the waste can be collected and uniformly processed through the lock catch hole waste drawer and the double-hole waste drawer.
Drawings
Fig. 1 is a schematic structural view of a punching and integral forming device for a bridge plate according to the utility model;
fig. 2 is a schematic structural view of a bridge plate punching workbench according to the present invention;
FIG. 3 is a schematic structural view of a hole punching device for locking a hole according to the present invention;
FIG. 4 is a schematic structural diagram of a double-hole punching apparatus according to the present invention;
fig. 5 is a schematic structural view of the bridge plate transportation device of the present invention;
fig. 6 is a partially enlarged view of a portion a of fig. 2 according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Example 1
The utility model provides a crane span structure panel integrated into one piece device that punches a hole, includes crane span structure panel punching operation platform 1, crane span structure panel transportation equipment 2, crane span structure panel punching operation platform 1 includes workstation main part 11, hasp hole punching device 12, diplopore punching device 13, spout 14, hasp hole punching device 12 has two and all is connected with spout 14, diplopore punching device 13 also is equipped with two and connects in spout 14 both sides position, crane span structure panel transportation equipment 2 includes entry transmission device 21, vertical transmission device 22, horizontal transmission device 23, export transmission device 24, vertical transmission device 22 sets up with horizontal transmission device 23 array interval in proper order, wherein is equipped with a set of entry transmission device 21, four groups of vertical transmission device 22, three groups of horizontal transmission device 23, a set of export transmission device 24, and the sequence is entry transmission device 21, vertical transmission device 22, three groups of horizontal transmission device 23, a set of export transmission device 24, Horizontal transfer device 23, vertical transfer device 22, exit transfer device 24. All the related transmission devices are available on the market, and the technical scheme only improves the arrangement sequence and the arrangement direction.
The lock catch hole punching device 12 comprises a lock catch hole driving member 121, a lock catch hole device main body 122, a lock catch hole punching column 123, a lock catch hole upper template 124, a lock catch hole fixing bolt 125, a lock catch hole baffle 126, a lock catch hole supporting plate 127, a lock catch hole waste drawer 128 and a lock catch hole moving device 129, wherein the lock catch hole driving member 121 is arranged on the lock catch hole device main body 122, the lock catch hole moving device 129 is arranged below the lock catch hole device main body 122, one end of the lock catch hole punching column 123 is connected with the lock catch hole driving member 121, the other end of the lock catch hole punching column 123 can move back and forth between the lock catch hole upper template 124 and the lock catch hole supporting plate 127, a through hole with the same shape as the lock catch hole punching column 123 is arranged on the lock catch hole upper template 124, the lock catch hole baffle 126 is in threaded connection and fixed on the lock catch hole supporting plate 127, and the lock catch hole baffle 126 is positioned between the lock catch hole upper template 124 and the lock catch hole supporting plate 127, in order to ensure that the bridge plate is limited in front when entering, the bridge plate cannot move disorderly after being pushed and entered. The lock hole waste drawer 128 is located in a space formed among the lock hole device body 122, the lock hole supporting plate 127 and the lock hole moving device 129, and is slidably disposed, the lock hole supporting plate 127 includes a lock hole connection fixing hole 1271, a lock hole boss 1272 and a lock hole through hole 1273, the lock hole connection fixing hole 1271 is disposed at both sides of the lock hole supporting plate 127 and is connected with the lock hole device body 122 by a bolt, the lock hole boss 1272 is disposed above the lock hole supporting plate 127, and a screw hole corresponding to the lock hole fixing bolt 125 is disposed at the rear thereof, the lock hole through hole 1273 has a shape consistent with that of the lock hole punching column 123, and extends to the bottom of the lock hole supporting plate 127 by the lock hole boss 1272, the lock hole moving device 129 includes a lock hole moving main plate 1291, a lock hole moving clamp 1292 and a lock hole moving bolt 1293, the lock hole moving main plate 1291 is disposed below the lock hole device body 122, the locking hole moving clamps 1292 are provided with a plurality of locking hole moving main plates 1291, the arc positions of the locking hole moving main plates correspond to the positions of the sliding grooves 14, the locking hole moving bolts 1293 are arranged on two sides of each locking hole moving clamp 1292, and two locking hole moving bolts 1293 are arranged on one locking hole moving clamp 1292.
The double-hole punching device 13 comprises a double-hole driving piece 131, a double-hole device main body 132, a double-hole punching column 133, a double-hole upper template 134, a double-hole fixing bolt 135, a double-hole baffle 136, a double-hole supporting plate 137, a double-hole waste drawer 138 and a double-hole moving device 139, wherein the double-hole driving piece 131 is arranged on the double-hole device main body 132, the double-hole moving device 139 is arranged below the double-hole device main body 132, one end of the double-hole punching column 133 is connected with the double-hole driving piece 131, the other end of the double-hole punching column 133 can move back and forth between the double-hole upper template 134 and the double-hole supporting plate 137, a through hole with the shape consistent with that of the double-hole punching column 133 is arranged on the double-hole upper template 134, the double-hole fixing bolt 135 penetrates through the double-hole upper template 134 and the double-hole baffle 136 to be connected and fixed on the double-hole supporting plate 137 in a threaded manner, the double-hole baffle 136 is arranged between the double-hole upper template 134 and the double-hole supporting plate 137, and the double-hole waste drawer 138 is arranged between the double-hole device main body 132, The double-hole supporting plate 137 and the double-hole moving device 139 are slidably arranged in a space formed by the double-hole supporting plate 137 and the double-hole moving device 139, the double-hole supporting plate 137 comprises double-hole connecting fixing holes 1371, double-hole bosses 1372 and double-hole through holes 1373, the double-hole connecting fixing holes 1371 are arranged on two sides of the double-hole supporting plate 137 and are in bolt connection with the double-hole device main body 132, the double-hole bosses 1372 are arranged above the double-hole supporting plate 137, threaded holes corresponding to the double-hole fixing bolts 135 are formed in the rear portion of the double-hole supporting plate, the shape of the double-hole through holes 1373 is consistent with that of the double-hole punching columns 133, the double-hole bosses 1372 are through holes extending to the bottom of the double-hole supporting plate 137, the double-hole moving device 139 comprises a double-hole moving main plate 1391, a double-hole moving clamp 1392 and a double-hole moving bolt 1393, the double-hole moving main plate 1391 is arranged below the double-hole device main body 132, and the double-hole moving clamp 1392 is provided with a plurality of the double-hole moving main plate 1391, the arc position corresponds to the position of the chute 14, the double-hole moving bolts 1393 are arranged on two sides of the double-hole moving clamp 1392, two double-hole moving bolts 1393 are arranged on one double-hole moving clamp 1392, double-hole baffles 136 on the two double-hole punching devices 13 are respectively arranged oppositely, wherein the double-hole baffles 136 on the double-hole punching devices are arranged close to the double-hole punching device 13 of the inlet transmission device 21 and attached to right double-hole bosses 1372; wherein be close to exit transmission device 24's diplopore punching device 13, diplopore baffle 136 above pastes left side diplopore boss 1372 setting, plays both sides spacing for guaranteeing the crane span structure panel gets into, makes the crane span structure panel can not move about after the propelling movement gets into.
The inlet transmission device 21 is arranged at one side of the bridge plate conveying equipment 2 and comprises an inlet transmission support 211 and an inlet transmission motor 212, two groups of the inlet transmission supports 211 are respectively oppositely arranged, an inlet conveyor belt and an inlet transmission shaft are arranged on the two groups of the inlet transmission supports 211, the inlet transmission motor 212 is arranged on the inlet transmission supports 211 and is in transmission or chain transmission with the inlet transmission shaft, the transmission direction of the vertical transmission device 22 is over against the bridge plate punching workbench 1 and is vertical to the transmission direction of the inlet transmission device 21, the inlet transmission device comprises a vertical transmission front support 221, a vertical transmission rear support 222 and a vertical transmission motor 223, the vertical transmission front support 221 is arranged on the ground, the vertical transmission rear support 222 is arranged on the workbench main body 11, and a vertical conveyor belt and a vertical transmission shaft are arranged between the vertical transmission front support 221 and the vertical transmission rear support 222, the vertical transmission motor 223 is arranged on the vertical transmission front bracket 221 and is in belt transmission or chain transmission with the vertical transmission shaft, the transmission direction of the horizontal transmission device 23 is horizontal to the bridge plate punching workbench 1 and is the same as the transmission direction of the inlet transmission device 21, the vertical transmission motor 223 comprises a horizontal transmission front bracket 231, a horizontal transmission rear bracket 232 and a horizontal transmission motor 233, the horizontal transmission front bracket 231 is arranged on the ground, the horizontal transmission rear bracket 232 is arranged on the workbench main body 11, a horizontal transmission belt and a horizontal transmission shaft are arranged between the horizontal transmission front bracket 231 and the horizontal transmission rear bracket 232, the horizontal transmission motor 233 is arranged on the horizontal transmission front bracket 231 and is in belt transmission or chain transmission with the horizontal transmission shaft, the outlet transmission device 24 is arranged on the other side of the bridge plate transportation equipment 2 and comprises an outlet transmission bracket 241 and an outlet transmission motor 242, two sets of the outlet transmission supports 241 are arranged oppositely, an outlet conveyor belt and an outlet transmission shaft are arranged on the two sets of the outlet transmission supports 241, and the outlet transmission motor 242 is arranged on the outlet transmission support 241 and is in belt transmission or chain transmission with the outlet transmission shaft.
The slide groove 14 is provided with two on the workbench main body 11, and includes a slide groove arc 141 and a slide groove notch 142, the slide groove arc 141 is in the same shape as the lower arc of the lock catch hole moving clamp 1292 and the double-hole moving clamp 1392, and the slide groove notch 142 corresponds to the lock catch hole moving bolt 1293 and the double-hole moving bolt 1393.
The working mode is as follows:
firstly, adjusting the positions of the two double-hole punching devices 13 according to the length of the machined edge of the bridge plate to be machined, respectively rotating double-hole moving bolts 1393 below the two double-hole punching devices 13 after the distance between the opposite surfaces of the double-hole baffle 136 is consistent with the length of the machined edge, abutting the double-hole moving bolts with the chute notches 142, and then screwing and fixing; then, after the positions of the lock catch holes are processed according to the requirement of the bridge plate, the positions of the two lock catch hole punching devices 12 are adjusted, and after the positions are adjusted to proper positions, the lock catch hole moving bolts 1293 are rotated to abut against the sliding groove notches 142 and then are screwed and fixed; manually placing the bridge plate on the inlet transmission device 21, starting the inlet transmission motor 212 to work to drive the inlet conveyor belt and the inlet transmission shaft on the inlet transmission bracket 211 to rotate towards the outlet transmission device 24, then starting the horizontal transmission device 23, driving the horizontal conveyor belt and the horizontal transmission shaft between the horizontal transmission front bracket 231 and the horizontal transmission rear bracket 232 to rotate towards the outlet transmission device 24 by the horizontal transmission motor 233, stopping the bridge plate until the length of the processed edge of the bridge plate is consistent with the distance between the opposite surfaces of the double-hole baffle 136, where the motor rotation speed and time are completely adjusted in advance, starting the vertical transmission device 22, driving the vertical conveyor belt and the vertical transmission shaft between the vertical transmission front bracket 221 and the vertical transmission rear bracket 222 to rotate by the vertical transmission motor 223 until the bridge plate is supported to the lock hole baffle 126 to stop, the rotation speed and time of the motor at the position are adjusted in advance, the locking hole driving member 121 drives the locking hole punching column 123 to pass through the locking hole upper template 124 to contact the bridge plate and continuously press down to pass through the locking hole supporting plate 127 to restore the initial state, the locking hole punching is completed, the scraps of the locking hole punching fall into the locking hole waste drawer 128, meanwhile, the double-hole driving member 131 drives the double-hole punching column 133 to pass through the double-hole upper template 134 to contact the bridge plate and continuously press down to pass through the double-hole supporting plate 137 to restore the initial state, the connecting hole punching and the grounding hole punching are completed, the scraps of the connecting hole punching and the grounding hole punching fall into the double-hole waste drawer 138, after the punching is completed, the vertical transmission device 22 rotates in the opposite direction to move the bridge plate into the bridge plate transportation equipment 2, then the horizontal transmission device 23 transmits and overlaps the bridge plate onto the outlet transmission device 24, and the outlet transmission motor 242 starts to rotate, the power is transmitted to the outlet conveyor belt and the outlet transmission shaft on the outlet transmission bracket 241, and the bridge plate is transmitted out through the outlet transmission device 24. When the capacity of the waste in the lock hole waste drawer 128 or the double-hole waste drawer 138 is more than two thirds, the lock hole waste drawer 128 or the double-hole waste drawer 138 can be taken out when the bridge plate finishes working and then put in after being cleaned.
Example 2
Under the condition that all technical characteristics are not changed in the embodiment 1, mechanical arms are additionally and respectively added at the inlet transmission device 21 and the outlet transmission device 24, so that manual intervention is better reduced, the working efficiency is improved, and manual taking and placing operations are replaced by the mechanical arms.
Example 3
In the case of all the technical features of embodiment 1, a sensor is additionally added to the double-hole baffle 136 to sense the position of the bridge plate and transmit a signal to the horizontal transmission device 23, and a sensor is also added to the lock-hole baffle 126 to sense whether the position of the bridge plate is transmitted in place.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and equivalent alternatives or modifications according to the technical solution of the present invention and the inventive concept thereof should be covered by the scope of the present invention.
Claims (10)
1. The utility model provides a crane span structure panel integrated into one piece device that punches a hole which characterized in that: including crane span structure panel punching work platform (1), crane span structure panel transportation equipment (2), crane span structure panel punching work platform (1) includes workstation main part (11), hasp hole punching device (12), diplopore punching device (13), spout (14), hasp hole punching device (12) have two and all are connected with spout (14), diplopore punching device (13) also are equipped with two and are connected in spout (14) both sides position, crane span structure panel transportation equipment (2) are including entry transmission device (21), perpendicular transmission device (22), horizontal transmission device (23), export transmission device (24), perpendicular transmission device (22) and horizontal transmission device (23) array interval set gradually a plurality of groups.
2. The bridge plate punching and integrally forming device of claim 1, wherein: hasp hole punching device (12) are including hasp hole driving piece (121), hasp hole device main part (122), hasp hole punching post (123), hasp hole cope match-plate pattern (124), hasp hole fixing bolt (125), hasp hole baffle (126), hasp hole layer board (127), hasp hole waste material drawer (128), hasp hole mobile device (129), hasp hole driving piece (121) set up on hasp hole device main part (122), hasp hole device main part (122) below is equipped with hasp hole mobile device (129), hasp hole punching post (123) one end is connected with hasp hole driving piece (121), and the other end can be in the activity of making a round trip between hasp hole cope match-plate pattern (124), hasp hole layer board (127) the two, be equipped with on hasp hole cope match-plate pattern (124) and dash through-hole post (123) shape unanimous through-hole, hasp hole fixing bolt (125) pass hasp hole cope match-plate pattern (124), The lock catch hole baffle (126) is fixed on the lock catch hole supporting plate (127) in a threaded connection mode, the lock catch hole baffle (126) is located between the lock catch hole upper template (124) and the lock catch hole supporting plate (127), and the lock catch hole waste drawer (128) is located in a space formed among the lock catch hole device main body (122), the lock catch hole supporting plate (127) and the lock catch hole moving device (129) and is arranged in a sliding mode.
3. The bridge plate punching and integrally forming device of claim 2, wherein: the lock catch hole supporting plate (127) comprises lock catch hole connecting and fixing holes (1271), lock catch hole bosses (1272) and lock catch hole through holes (1273), the lock catch hole connecting and fixing holes (1271) are formed in two sides of the lock catch hole supporting plate (127) and connected with a lock catch hole device main body (122) through bolts, the lock catch hole bosses (1272) are formed above the lock catch hole supporting plate (127), threaded holes corresponding to the lock catch hole fixing bolts (125) are formed in the rear portion of the lock catch hole supporting plate, the lock catch hole through holes (1273) are in the same shape as the lock catch hole punching columns (123), and the lock catch hole bosses (1272) extend to the bottom of the lock catch hole supporting plate (127) through holes.
4. The bridge plate punching and integrally forming device of claim 2, wherein: the utility model discloses a hasp hole removal device, including hasp hole removal mainboard (1291), hasp hole removal clamp (1292), hasp hole removal bolt (1293), hasp hole removal mainboard (1291) sets up in hasp hole device main part (122) below, hasp hole removal clamp (1292) have a plurality of all to set up in hasp hole removal mainboard (1291) below, and the circular arc position corresponds with spout (14) position, hasp hole removal bolt (1293) set up the both sides that remove clamp (1292) in the hasp hole, are equipped with two hasp hole removal bolts (1293) on one hasp hole removal clamp (1292).
5. The bridge plate punching and integrally forming device of claim 1, wherein: the double-hole punching device (13) comprises a double-hole driving piece (131), a double-hole device main body (132), a double-hole punching column (133), a double-hole upper template (134), a double-hole fixing bolt (135), a double-hole baffle (136), a double-hole supporting plate (137), a double-hole waste drawer (138) and a double-hole moving device (139), wherein the double-hole driving piece (131) is arranged on the double-hole device main body (132), the double-hole moving device (139) is arranged below the double-hole device main body (132), one end of the double-hole punching column (133) is connected with the double-hole driving piece (131), the other end of the double-hole punching column (133) can move back and forth between the double-hole upper template (134) and the double-hole supporting plate (137), a through hole with the shape consistent with that of the double-hole punching column (133) is arranged on the double-hole upper template (134), and the double-hole fixing bolt (135) passes through the double-hole upper template (134) and the double-hole baffle (136) to be connected and fixed on the double-hole supporting plate (137) in a threaded manner, the double-hole baffle (136) is positioned between the double-hole upper template (134) and the double-hole supporting plate (137), and the double-hole waste drawer (138) is positioned in a space formed among the double-hole device main body (132), the double-hole supporting plate (137) and the double-hole moving device (139) and is arranged in a sliding manner.
6. The bridge plate punching and integrally forming device of claim 5, wherein: diplopore layer board (137) are including diplopore connection fixed orifices (1371), diplopore boss (1372), diplopore through-hole (1373), establish diplopore layer board (137) both sides in diplopore connection fixed orifices (1371), and with diplopore device main part (132) bolted connection, diplopore boss (1372) are established in diplopore layer board (137) top, and the rear sets up the screw hole that corresponds with diplopore fixing bolt (135), diplopore through-hole (1373) shape is unanimous with diplopore punching column (133), and extends to diplopore layer board (137) bottom for the through-hole at diplopore boss (1372).
7. The bridge plate punching and integrally forming device of claim 5, wherein: diplopore mobile device (139) include diplopore removal mainboard (1391), diplopore removal clamp (1392), diplopore removal bolt (1393), diplopore removal mainboard (1391) sets up in diplopore device main part (132) below, diplopore removal clamp (1392) has a plurality of to all set up in diplopore removal mainboard (1391) below, and the circular arc position corresponds with spout (14) position, diplopore removal bolt (1393) sets up in the both sides of diplopore removal clamp (1392), is equipped with two diplopore removal bolt (1393) on one diplopore removal clamp (1392).
8. The bridge plate punching and integrally forming device of claim 5, wherein: the double-hole baffles (136) on the two double-hole punching devices (13) are respectively arranged oppositely, wherein the double-hole baffles (136) on the double-hole punching devices (13) close to the inlet transmission device (21) are arranged by being attached to right double-hole bosses (1372); wherein a double-hole baffle plate (136) on the double-hole punching device (13) close to the outlet conveying device (24) is arranged close to the left double-hole boss (1372).
9. The bridge plate punching and integrally forming device of claim 1, wherein: the inlet transmission device (21) is arranged on one side of the bridge plate conveying equipment (2) and comprises an inlet transmission support (211) and an inlet transmission motor (212), the inlet transmission support (211) is provided with two groups which are oppositely arranged respectively, an inlet conveyor belt and an inlet transmission shaft are arranged on the two groups of inlet transmission supports (211), the inlet transmission motor (212) is arranged on the inlet transmission support (211) and is in belt transmission or chain transmission with the inlet transmission shaft, the transmission direction of the vertical transmission device (22) is just opposite to the bridge plate punching workbench (1) and is vertical to the transmission direction of the inlet transmission device (21), the inlet transmission device comprises a vertical transmission front support (221), a vertical transmission rear support (222) and a vertical transmission motor (223), the vertical transmission front support (221) is arranged on the ground, and the vertical transmission rear support (222) is arranged on the workbench main body (11), a vertical conveying belt and a vertical transmission shaft are arranged between the vertical transmission front bracket (221) and the vertical transmission rear bracket (222), the vertical transmission motor (223) is arranged on the vertical transmission front bracket (221) and is in belt transmission or chain transmission with the vertical transmission shaft, the transmission direction of the horizontal transmission device (23) is horizontal to the bridge frame plate punching workbench (1) and is the same as that of the inlet transmission device (21), the vertical transmission device comprises a horizontal transmission front bracket (231), a horizontal transmission rear bracket (232) and a horizontal transmission motor (233), the horizontal transmission front bracket (231) is arranged on the ground, the horizontal transmission rear bracket (232) is arranged on the workbench main body (11), a horizontal conveying belt and a horizontal transmission shaft are arranged between the horizontal transmission front bracket (231) and the horizontal transmission rear bracket (232), the horizontal transmission motor (233) is arranged on the horizontal transmission front bracket (231) and is in belt transmission or chain transmission with the horizontal transmission shaft, the outlet transmission device (24) is arranged on the other side of the bridge plate conveying equipment (2) and comprises an outlet transmission support (241) and an outlet transmission motor (242), the outlet transmission support (241) is provided with two groups which are oppositely arranged, an outlet conveyor belt and an outlet transmission shaft are arranged on the two groups of outlet transmission supports (241), and the outlet transmission motor (242) is arranged on the outlet transmission support (241) and is in belt transmission or chain transmission with the outlet transmission shaft.
10. The bridge plate punching and integrally forming device of claim 4 or 7, wherein: the slide groove (14) is provided with two on the workbench main body (11) and comprises a slide groove arc (141) and a slide groove notch (142), the slide groove arc (141) is in the shape consistent with the lower arc of the lock catch hole movable clamp (1292) and the double-hole movable clamp (1392), and the slide groove notch (142) corresponds to the lock catch hole movable bolt (1293) and the double-hole movable bolt (1393).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123335784.8U CN216606879U (en) | 2021-12-28 | 2021-12-28 | Bridge plate punching integrated forming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123335784.8U CN216606879U (en) | 2021-12-28 | 2021-12-28 | Bridge plate punching integrated forming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216606879U true CN216606879U (en) | 2022-05-27 |
Family
ID=81683869
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123335784.8U Active CN216606879U (en) | 2021-12-28 | 2021-12-28 | Bridge plate punching integrated forming device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216606879U (en) |
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2021
- 2021-12-28 CN CN202123335784.8U patent/CN216606879U/en active Active
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