CN112195809A - Automatic mounting device for highway deceleration strip - Google Patents
Automatic mounting device for highway deceleration strip Download PDFInfo
- Publication number
- CN112195809A CN112195809A CN202010972822.1A CN202010972822A CN112195809A CN 112195809 A CN112195809 A CN 112195809A CN 202010972822 A CN202010972822 A CN 202010972822A CN 112195809 A CN112195809 A CN 112195809A
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- Prior art keywords
- automatic
- deceleration strip
- strip clamping
- mounting
- cylinder
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
- E01F9/00—Arrangement of road signs or traffic signals; Arrangements for enforcing caution
- E01F9/50—Road surface markings; Kerbs or road edgings, specially adapted for alerting road users
- E01F9/529—Road surface markings; Kerbs or road edgings, specially adapted for alerting road users specially adapted for signalling by sound or vibrations, e.g. rumble strips; specially adapted for enforcing reduced speed, e.g. speed bumps
Abstract
The invention discloses an automatic mounting device for a road deceleration strip, which comprises a movable base, a deceleration strip clamping device, an automatic punching device, an automatic tightening device and a counterweight device. The moving device is an installation platform for other devices of the device, the deceleration strip clamping device clamps and fixes the deceleration strip in the working process, the automatic opening device realizes automatic punching, the bolt is screwed up by the automatic screwing device after punching is completed, the gravity center of the equipment is adjusted by the counterweight device, and the good stability in the working process of the equipment is ensured. The automatic drilling machine is high in automation degree and convenient to operate, drilling and screwing are fully automatic, labor intensity of personnel is reduced, and the risk of injury of the personnel during working is also reduced.
Description
Technical Field
The invention relates to the field of road traffic, in particular to an automatic mounting device for a road deceleration strip.
Background
Along with the deepening of the urbanization process, more and more roads are built, speed bumps are required to be installed on important road sections of the roads to achieve the purpose of reminding drivers of decelerating, and due to the fact that the speed bump installation process is complex, the levels of installers are different. To solve this problem, application No.: CN201810831401.X discloses a deceleration strip installation device, and this device man-machine engineering is poor, and maneuverability is poor inconvenient to use.
Disclosure of Invention
Aiming at the technical problem, the invention provides an automatic mounting device for a road deceleration strip, which comprises a movable base, a deceleration strip clamping device, an automatic punching device, an automatic tightening device and a counterweight device.
The movable base comprises an upper plate arranged on the base; the deceleration strip clamping device comprises a deceleration strip clamping device mounting bracket and a deceleration strip clamping device transverse sliding block; the automatic punching device comprises an automatic punching device mounting bottom plate; the automatic tightening device comprises an automatic tightening and punching device mounting base plate; the counterweight device comprises a counterweight device mounting bottom plate; deceleration strip clamping device lift guide post positioning seat fixed mounting is on base upper plate upper surface, deceleration strip clamping device installing support fixed mounting is on the side surface of base upper plate, and automatic perforating device mounting plate fixed mounting is on deceleration strip clamping device sideslip slider, screws up perforating device mounting plate fixed mounting automatically on deceleration strip clamping device sideslip slider, and counter weight device mounting plate fixed mounting is on the base upper plate.
Further, the mobile base further comprises: the base comprises a base frame body, a base trundle mounting plate and base trundles, wherein the base upper plate is a mounting platform of each device, the upper end of the base frame body is connected with the base upper plate, the lower end of the base frame body is connected with the base trundle mounting plate, and the base trundles are fixedly connected with the base trundle mounting plate.
Further, the deceleration strip clamping device still includes: a deceleration strip clamping device mounting plate, a deceleration strip clamping device clamping cylinder connecting block, a deceleration strip clamping device front clamping block, a deceleration strip clamping device rear clamping block, a deceleration strip clamping device anti-collision block, a deceleration strip clamping device guide post fixing block mounting plate, a deceleration strip clamping device guide post fixing block, a deceleration strip clamping device guide post, a deceleration strip clamping device lifting guide post guide sleeve and a deceleration strip clamping device transverse moving guide rail, wherein a deceleration strip clamping device mounting bracket is fixedly connected with the deceleration strip clamping device mounting plate, the deceleration strip clamping device mounting plate is fixedly connected with the deceleration strip clamping device clamping cylinder connecting block, and the fixed end of the deceleration strip clamping device clamping cylinder is connected with the deceleration strip clamping device plate, the deceleration strip clamping device is tightly and fixedly connected, the extending end of a deceleration strip clamping device clamping cylinder is fixedly connected with a deceleration strip clamping device clamping cylinder connecting block, a deceleration strip clamping device front clamping block is fixedly connected with a deceleration strip clamping device clamping plate, a deceleration strip clamping device rear clamping block is fixedly connected with a deceleration strip clamping device mounting plate, the positions of the deceleration strip clamping device rear clamping block and the deceleration strip clamping device front clamping block are symmetrical, two deceleration strip clamping device anti-collision blocks are fixedly connected with the deceleration strip clamping device clamping plate and are tightly matched without clearance, a deceleration strip clamping device guide column fixing block mounting plate is fixedly connected with the deceleration strip clamping device clamping plate, the excircle of the deceleration strip clamping device guide column fixing block mounting plate is matched with the inner hole of the deceleration strip clamping device clamping plate, and the deceleration strip clamping device guide column fixing block is fixedly connected with the deceleration strip clamping device guide column fixing block mounting plate, the outer circle of the deceleration strip clamping device guide column and the inner hole of the deceleration strip clamping device guide column fixing block form a sliding fit, the deceleration strip clamping device lifting guide column guide sleeve and the upper plane of the deceleration strip clamping device mounting support are mounted and matched, the outer circle of the deceleration strip clamping device clamping cylinder and the inner hole of the deceleration strip clamping device mounting support are matched, the outer circle of the deceleration strip clamping device lifting guide column and the deceleration strip clamping device lifting guide column guide sleeve form a sliding fit, the deceleration strip clamping device lifting guide column moves smoothly without resistance, the moving end of the deceleration strip clamping device lifting guide column is fixed with the deceleration strip clamping device lifting guide column positioning seat, the deceleration strip clamping device transverse moving guide rail and the deceleration strip clamping device mounting support are mounted tightly, and the deceleration strip clamping device transverse moving slide block and the deceleration strip clamping device transverse moving guide rail are matched and form a sliding fit.
Further, the automatic punching device further comprises: an automatic perforating device transverse moving cylinder mounting plate, an automatic perforating device transverse moving cylinder connecting block, an automatic perforating device in-situ sensor support, an automatic perforating device in-situ sensor, an automatic perforating device working position sensor support, an automatic perforating device working position sensor, an automatic perforating device induction iron, an automatic perforating device guide rail, an automatic perforating device slider, an automatic perforating device feeding cylinder support, an automatic perforating device feeding cylinder, an automatic perforating device upper mounting plate, an automatic perforating device height sensor support, an automatic perforating device height direction guide shaft, an automatic perforating device height direction cylinder, an automatic perforating device drill bit mounting plate, an automatic perforating device drill bit, an automatic perforating device transverse moving cylinder mounting plate and an automatic perforating device transverse moving cylinder mounting plate are fixedly arranged together, an extending end of the automatic perforating device transverse moving cylinder mounting plate is fixedly connected with the automatic perforating device transverse moving cylinder connecting block, the other end of the automatic punching device transverse air cylinder connecting block is fixedly connected with an automatic punching device mounting bottom plate, an automatic punching device in-situ sensor bracket and an automatic punching device working position sensor bracket are fixedly arranged on the side surface of the automatic punching device mounting bottom plate, an automatic punching device in-situ sensor and an automatic punching device working position sensor are respectively fixedly arranged on the automatic punching device in-situ sensor bracket and the automatic punching device working position sensor bracket, an automatic punching device guide rail is fixedly arranged on the automatic punching device mounting bottom plate, an automatic punching device sliding block is matched with the automatic punching device guide rail and forms sliding fit, an automatic punching device feeding air cylinder bracket is fixedly arranged at the bottom of the automatic punching device mounting bottom plate, an automatic punching device feeding air cylinder is fixedly connected with the automatic punching device feeding air cylinder bracket, the installation of the upper mounting plate of the automatic punching device is fixed on the upper surface of the sliding block of the automatic punching device in a matching and tight gapless manner, the upper mounting plate of the automatic punching device moves together with the sliding block of the automatic punching device, the bracket of the height sensor of the automatic punching device is installed and fixed on the side surface of the upper mounting plate of the automatic punching device, the excircle of the guiding shaft of the height direction of the automatic punching device and the inner hole of the upper mounting plate of the automatic punching device form a sliding fit, the matching and tight gapless manner, the cylinder of the height direction of the automatic punching device is vertically installed on the upper mounting plate of the automatic punching device, the moving end of the guiding shaft of the height direction of the.
Further, the automatic tightening device further includes: an automatic tightening device transverse moving cylinder mounting plate, an automatic tightening perforating device transverse moving cylinder connecting block, an automatic tightening perforating device in-situ sensor support, an automatic tightening perforating device in-situ sensor, an automatic tightening perforating device work position sensor support, an automatic tightening perforating device work position sensor, an automatic tightening perforating device induction iron, an automatic tightening device guide rail, an automatic tightening device slider, an automatic tightening device feed cylinder support, an automatic tightening device feed cylinder, an automatic tightening device upper mounting plate, an automatic tightening device height sensor support, an automatic tightening device height direction guide shaft, an automatic tightening device height direction cylinder, an automatic tightening device drill mounting plate, an automatic tightening device tightening gun, an automatic tightening device transverse moving cylinder mounting plate and an automatic tightening perforating device transverse moving cylinder mounting plate are mounted and fixed together, the extending end of the automatic tightening device transverse air cylinder mounting plate is fixedly connected with the automatic tightening punching device transverse air cylinder connecting block, the other end of the automatic tightening punching device transverse air cylinder connecting block is fixedly connected with the automatic tightening punching device mounting bottom plate, the automatic tightening punching device in-situ sensor bracket and the automatic tightening punching device working position sensor bracket are fixedly arranged on the side surface of the automatic tightening punching device mounting bottom plate, the automatic tightening punching device in-situ sensor and the automatic tightening punching device working position sensor are respectively fixedly arranged on the automatic tightening punching device in-situ sensor bracket and the automatic tightening punching device working position sensor bracket, the automatic tightening device guide rail is fixedly arranged on the automatic tightening punching device mounting bottom plate, and the automatic tightening device sliding block is matched with the automatic tightening device guide rail to form sliding fit, the automatic tightening device feeding cylinder support is fixedly arranged at the bottom of the automatic tightening punching device mounting base plate, the automatic tightening device feeding cylinder is fixedly connected with the automatic tightening device feeding cylinder support, the automatic tightening device upper mounting plate is fixedly arranged on the automatic tightening device sliding block to be matched tightly without clearance and moves together with the automatic tightening device sliding block, the automatic tightening device height sensor support is fixedly arranged on the side surface of the automatic tightening device upper mounting plate, the excircle of the automatic tightening device height direction guide shaft is in sliding fit with the inner hole of the automatic tightening device upper mounting plate, the automatic tightening device height direction cylinder is vertically arranged on the automatic tightening device upper mounting plate, the moving end of the automatic tightening device height direction guide shaft is fixedly connected with the automatic tightening device drill bit mounting plate, and the automatic tightening device tightening gun is arranged on the upper surface of the automatic tightening device drill bit mounting plate, the fit is tight and gapless.
Further, the counterweight device further includes: counterweight device cylinder mounting panel, counterweight device cylinder, counterweight device guide bar, counterweight device uide bushing, counterweight device pressure strip, counterweight device balancing weight reference column, counterweight device balancing weight, counterweight device cylinder mounting panel fixed mounting is on counterweight device mounting plate, counterweight device cylinder is installed on counterweight device cylinder, the end that stretches out of counterweight device cylinder is connected with counterweight device pressure strip, the excircle of counterweight device uide bushing and the hole cooperation of counterweight device pressure strip, the excircle of counterweight device guide bar forms sliding fit with the hole of counterweight device uide bushing, the smooth and easy non-resistance of motion, counterweight device balancing weight reference column is installed on counterweight device mounting plate, counterweight device balancing weight is installed on counterweight device mounting plate upper surface.
Furthermore, the bottom surface of the drill bit mounting plate of the automatic punching device is provided with a T-shaped key groove, and the T-shaped key groove is tightly connected with the drill bit of the automatic punching device.
Furthermore, the bottom surface of the drill mounting plate of the automatic tightening device is provided with a T-shaped key groove, and the T-shaped key groove is connected with the tightening gun of the automatic tightening device.
Compared with the prior art, the invention has the beneficial effects that.
(1) The invention has high automation degree and is convenient to operate.
(2) The invention has good man-machine engineering, and the drilling and screwing are fully automatic, thereby reducing the labor intensity of personnel and also reducing the risk of injury of the personnel in work.
(3) Under the action of the deceleration strip clamping device, different components for deceleration can be ensured to be on the same straight line, and the deceleration strip clamping device is attractive and convenient.
Drawings
Fig. 1 is an overall schematic view of the present invention.
Fig. 2 is a schematic view of the mobile base of the present invention.
Fig. 3 is a schematic view of a deceleration strip clamping device of the invention.
FIG. 4 is a schematic view of an automatic punching apparatus according to the present invention.
Fig. 5 is a schematic view of the automatic tightening apparatus of the present invention.
Fig. 6 is a schematic view of a counterweight device according to the present invention.
Reference numerals: 1-moving the base; 2-a deceleration strip clamping device; 3-automatic perforating device; 4-automatic tightening device; 5-a counterweight device; 101-base upper plate; 102-base frame body; 103-base caster mounting plate; 104-base casters; 201-a deceleration strip clamping device mounting bracket; 202-a deceleration strip clamping device mounting plate; 203-a deceleration strip clamping device clamping plate; 204-a deceleration strip clamping device clamps the cylinder; 205-a deceleration strip clamping device clamps a cylinder connecting block; 206-a front clamping block of a deceleration strip clamping device; 207-a deceleration strip clamping device rear clamping block; 208-a crash block of the deceleration strip clamping device; 209-a mounting plate for a guide column fixing block of a deceleration strip clamping device; 210-fixing a guide column of a deceleration strip clamping device; 211-deceleration strip clamp guideposts; 212-deceleration strip clamping device lifting guide post; 213-lifting guide post positioning seats of the deceleration strip clamping device; 214-the deceleration strip clamping device lifts the guide post guide sleeve; 215-deceleration strip clamping device traversing guide rails; 216-traversing the slide block by the deceleration strip clamping device; 301-the automatic punching device moves the cylinder mounting plate horizontally; 302-automatic perforating device traversing cylinder; 303-transversely moving a cylinder connecting block by an automatic punching device; 304-automatic punch mounting base plate; 305-an automatic punch device in situ sensor holder; 306-an automatic punch in-situ sensor; 307-automatic punch work position sensor support; 308-automatic punch work position sensor; 309-induction iron of an automatic punching device; 310-automatic punch device guide rails; 311-automatic punch slide block; 312-automatic perforating device feed cylinder support; 313-automatic perforating device feeding cylinder; 314-mounting plate on automatic punching device; 315-automatic punch height sensor mount; 316-guiding shaft of automatic punching device in height direction; 317, a cylinder in the height direction of the automatic punching device; 318-automatic perforating device drill mounting plate; 319 — automatic punch drill bit; 401-the automatic tightening device traverses the cylinder mounting plate; 402-automatically screwing a transverse cylinder of the perforating device; 403, automatically screwing down the perforating device and transversely moving the cylinder connecting block; 404-automatically screwing down the perforating device mounting base plate; 405-automatically tightening the perforating device in-situ sensor support; 406-automatic tightening of the punch in-situ sensor; 407-automatically screwing down a sensor bracket of a working position of the perforating device; 408-automatically tightening a working position sensor of the perforating device; 409-automatically screwing up the induction iron of the punching device; 410-automatic tightening device guide rails; 411 — automatic tightening device slide; 412-automatic tightening device feed into cylinder support; 413-automatic tightening device feed cylinder; 414-mounting plate on automatic tightening device; 415-self-tightening device height sensor mount; 416-guiding shaft of automatic tightening device in height direction; 417 — air cylinder in height direction of automatic tightening device; 418-automatically tightening the device drill mounting plate; 419-tightening the gun by an automatic tightening device; 501-counterweight device mounting base plate; 502-counterweight cylinder mounting plate; 503-counterweight cylinder; 504-counterweight guide rods; 505-counterweight guide sleeve; 506-counterweight holding down plate; 507-counterweight block positioning columns of the counterweight devices; 508-counterweight device counterweight block.
Detailed Description
The invention will now be further described with reference to specific examples, illustrative embodiments and illustrations of which are intended to be illustrative, but not limiting.
Example (b): the automatic installation device for the road speed bump as shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5 and fig. 6 comprises a moving base 1, a speed bump clamping device 2, an automatic punching device 3, an automatic tightening device 4 and a counterweight device 5; the mobile base 1 includes: the concrete structure as shown in fig. 2, wherein base upper plate 101, base frame 102, base caster mounting plate 103, base caster 104, base upper plate 101 is the mounting platform of other each device, and the upper end of base frame 102 is connected with base upper plate 101, and the lower extreme of base frame 102 is connected with base caster mounting plate 103, and base caster 104 is connected fixedly with base caster mounting plate 103.
Deceleration strip clamping device 2 includes: the specific structure of the deceleration strip clamping device is shown in fig. 3, wherein deceleration strip clamping device mounting bracket 201, deceleration strip clamping device mounting plate 202, deceleration strip clamping device clamping plate 203, deceleration strip clamping device clamping cylinder 204, deceleration strip clamping device clamping cylinder connecting block 205, deceleration strip clamping device front clamping block 206, deceleration strip clamping device rear clamping block 207, deceleration strip clamping device crash block 208, deceleration strip clamping device guide post fixing block mounting plate 209, deceleration strip clamping device guide post fixing block 210, deceleration strip clamping device guide post 211, deceleration strip clamping device lifting guide post 212, deceleration strip clamping device lifting guide post guide sleeve 214, deceleration strip clamping device transverse moving guide rail 215, deceleration strip clamping device transverse moving slide block 216, deceleration strip clamping device mounting bracket 201 is fixedly connected with deceleration strip clamping device mounting plate 202, the deceleration strip clamping device mounting plate 202 is fixedly connected with a deceleration strip clamping device clamping cylinder connecting block 205, the fixed end of the deceleration strip clamping device clamping cylinder 204 is connected with a deceleration strip clamping device clamping plate 203 and is tightly and fixedly connected, the extending end of the deceleration strip clamping device clamping cylinder 204 is fixedly connected with the deceleration strip clamping device clamping cylinder connecting block 205, a deceleration strip clamping device front clamping block 206 is fixedly connected with the deceleration strip clamping device clamping plate 203, a deceleration strip clamping device rear clamping block 207 is fixedly connected with the deceleration strip clamping device mounting plate 202 and is symmetrical to the deceleration strip clamping device front clamping block 206 in position, two deceleration strip clamping device collision-proof blocks 208 are fixedly connected with the deceleration strip clamping device clamping plate 203 and are tightly matched without a gap, and a deceleration strip clamping device guide column fixing block mounting plate 209 is fixedly connected with the deceleration strip clamping device clamping plate 203, the outer circle of a deceleration strip clamping device guide post fixing block mounting plate 209 is matched with the inner hole of a deceleration strip clamping device clamping plate 203, a deceleration strip clamping device guide post fixing block 210 is fixedly connected with the deceleration strip clamping device guide post fixing block mounting plate 209, the outer circle of a deceleration strip clamping device guide post 211 is in sliding fit with the inner hole of the deceleration strip clamping device guide post fixing block 210, a deceleration strip clamping device lifting guide post guide sleeve 214 is in mounting fit with the upper plane of a deceleration strip clamping device mounting bracket 201, the outer circle of a deceleration strip clamping device clamping cylinder 204 is matched with the inner hole of the deceleration strip clamping device mounting bracket 201, the outer circle of a deceleration strip clamping device lifting guide post 212 is in sliding fit with the deceleration strip clamping device lifting guide post guide sleeve 214, the deceleration strip clamping device lifting guide post 212 moves smoothly without resistance, and the moving end of the deceleration strip clamping device lifting guide post 212 is fixed with a deceleration strip clamping device lifting guide post positioning seat 213, the deceleration strip clamping device transverse moving guide rail 215 is tightly installed on the upper surface of the deceleration strip clamping device installing support 201, and the deceleration strip clamping device transverse moving slide block 216 is matched with the deceleration strip clamping device transverse moving guide rail 215 to form sliding fit; deceleration strip clamping device clamping plate 203 moves forwards or backwards under the pushing action of deceleration strip clamping device clamping cylinder 204, deceleration strip clamping device front clamping block 206 moves along with deceleration strip clamping device clamping plate 203 during the movement of deceleration strip clamping device clamping plate 203, and deceleration strip is clamped by deceleration strip clamping device front clamping block 206 and deceleration strip clamping device rear clamping block 207 when deceleration strip clamping device clamping plate 203 moves inwards.
The specific structure of the automatic punching device 3 is shown in fig. 4, wherein: an automatic punch-traverse cylinder mounting plate 301, an automatic punch-traverse cylinder 302, an automatic punch-traverse cylinder connecting block 303, an automatic punch-mounting base plate 304, an automatic punch-in-place sensor holder 305, an automatic punch-in-place sensor 306, an automatic punch-in-place sensor holder 307, an automatic punch-in-place sensor 308, an automatic punch-in-place sensor 309, an automatic punch guide 310, an automatic punch slider 311, an automatic punch-in cylinder holder 312, an automatic punch-in cylinder 313, an automatic punch-in upper mounting plate 314, an automatic punch-in height sensor holder 315, an automatic punch-in height direction guide shaft 316, an automatic punch-in height direction cylinder 317, an automatic punch-in bit mounting plate 318, an automatic punch-in bit 319, the automatic punch-traverse cylinder mounting plate 301 and the automatic punch-traverse cylinder 302 being mounted and fixed together, the extending end of the automatic perforating device traverse cylinder mounting plate 301 is fixedly connected with the automatic perforating device traverse cylinder connecting block 303, the other end of the automatic perforating device traverse cylinder connecting block 303 is fixedly connected with the automatic perforating device mounting base plate 304, the automatic perforating device home position sensor bracket 305 and the automatic perforating device working position sensor bracket 307 are fixedly arranged on the side surface of the automatic perforating device mounting base plate 304, the automatic perforating device home position sensor 306 and the automatic perforating device working position sensor 308 are respectively fixedly arranged on the automatic perforating device home position sensor bracket 305 and the automatic perforating device working position sensor bracket 307, the automatic perforating device guide rail 310 is fixedly arranged on the automatic perforating device mounting base plate 304, the automatic perforating device slide block 311 is matched with the automatic perforating device guide rail 310 and forms a sliding fit, the automatic perforating device feeding cylinder bracket 312 is fixedly arranged at the bottom of the automatic perforating device mounting base plate 304, the automatic perforating device feeding cylinder 313 is fixedly connected with the automatic perforating device feeding cylinder support 312, the automatic perforating device upper mounting plate 314 is fixedly arranged on the automatic perforating device sliding block 311 in a close fit without clearance and moves together with the automatic perforating device sliding block 311, the automatic perforating device height sensor support 315 is fixedly arranged on the side surface of the automatic perforating device upper mounting plate 314, the excircle of the automatic perforating device height direction guide shaft 316 and the inner hole of the automatic perforating device upper mounting plate 314 form a sliding fit with close clearance, the automatic perforating device height direction cylinder 317 is vertically arranged on the automatic perforating device upper mounting plate 314, the moving end of the automatic perforating device height direction guide shaft 316 is fixedly connected with the automatic perforating device drill bit mounting plate 318, the automatic perforating device drill bit 319 is arranged on the upper surface of the automatic perforating device drill bit mounting plate 318, the fit is tight and gapless; the automatic perforating device comprises an automatic perforating device transverse moving cylinder 302, a sliding table, an automatic perforating device feeding cylinder 313, an automatic perforating device drill bit mounting plate 317, an automatic perforating device drill bit mounting plate 318, a sliding table and a sliding table, wherein the sliding table moves leftwards or rightwards under the pushing action of the automatic perforating device transverse moving cylinder 302, the sliding table moves forwards or backwards under the action of the automatic perforating device feeding cylinder 313, all point positions on a speed reducing belt can be covered by the automatic perforating device through the automatic perforating device transverse moving cylinder 302 and the automatic perforating device feeding cylinder 313, and the automatic perforating device drill bit mounting plate 318 moves downwards under the.
The specific structure of the automatic tightening device 4 is shown in fig. 5, in which: an automatic tightening device traverse cylinder mounting plate 401, an automatic tightening punching device traverse cylinder 402, an automatic tightening punching device traverse cylinder connecting block 403, an automatic tightening punching device mounting base plate 404, an automatic tightening punching device home position sensor holder 405, an automatic tightening punching device home position sensor 406, an automatic tightening punching device work position sensor holder 407, an automatic tightening punching device work position sensor 408, an automatic tightening punching device induction iron 409, an automatic tightening device guide rail 410, an automatic tightening device slider 411, an automatic tightening device feed cylinder holder 412, an automatic tightening device feed cylinder 413, an automatic tightening device upper mounting plate 414, an automatic tightening device height sensor holder 415, an automatic tightening device height direction guide shaft 416, an automatic tightening device height direction cylinder 417, an automatic tightening device drill mounting plate 418, an automatic tightening device tightening gun 419, an automatic tightening device traverse cylinder mounting plate 401 and an automatic tightening device traverse cylinder 402 are fixedly mounted together, an extending end of the automatic tightening device traverse cylinder mounting plate 401 is fixedly connected with an automatic tightening perforating device traverse cylinder connecting block 403, the other end of the automatic tightening perforating device traverse cylinder connecting block 403 is fixedly connected with an automatic tightening perforating device mounting base plate 404, an automatic tightening perforating device home position sensor bracket 405 and an automatic tightening perforating device work position sensor bracket 407 are fixedly mounted on the side surface of the automatic tightening perforating device mounting base plate 404, an automatic tightening perforating device home position sensor 406 and an automatic tightening perforating device work position sensor 408 are respectively fixedly mounted on the automatic tightening perforating device home position sensor bracket 405 and the automatic tightening perforating device work position sensor bracket 407, an automatic tightening device guide rail 410 is fixedly mounted on the automatic tightening perforating device mounting base plate 404, an automatic tightening device sliding block 411 is matched with an automatic tightening device guide rail 410 and forms a sliding fit, an automatic tightening device feeding cylinder support 412 is fixedly arranged at the bottom of an automatic tightening punching device mounting base plate 404, an automatic tightening device feeding cylinder 413 is fixedly connected with the automatic tightening device feeding cylinder support 412, an automatic tightening device upper mounting plate 414 is fixedly arranged on the automatic tightening device sliding block 411 and is tightly matched without a gap and moves together with the automatic tightening device sliding block 411, an automatic tightening device height sensor support 415 is fixedly arranged on the side surface of the automatic tightening device upper mounting plate 414, the excircle of an automatic tightening device height direction guide shaft 416 and the inner hole of the automatic tightening device upper mounting plate 414 form a sliding fit, the matching is tightly matched without a gap, an automatic tightening device height direction cylinder 417 is vertically arranged on the automatic tightening device upper mounting plate 414, the moving end of the guide shaft 416 in the height direction of the automatic tightening device is fixedly connected with the mounting plate 418 of the tightening gun of the automatic tightening device, and the tightening gun 419 of the automatic tightening device is mounted on the upper surface of the mounting plate 418 of the automatic tightening device and is tightly matched without clearance; the automatic drilling device comprises an automatic tightening device transverse moving cylinder 402, a sliding table, an automatic drilling device feeding cylinder 413, an automatic drilling device bit mounting plate 418 and an automatic tightening device bit mounting plate 418, wherein the sliding table moves leftwards or rightwards under the pushing action of the automatic tightening device transverse moving cylinder 402, the sliding table moves forwards or backwards under the action of the automatic tightening device feeding cylinder 413, all the points on the speed reduction belt can be covered by the automatic drilling device through the automatic tightening device transverse moving cylinder 402 and the automatic tightening device feeding cylinder 413, the automatic drilling device bit mounting plate 418 moves downwards under the action of an automatic tightening device height direction cylinder 417, and the automatic tightening device bit mounting plate.
The specific structure of the counterweight device 5 is shown in fig. 6, wherein: a counterweight device mounting bottom plate 501, a counterweight device cylinder mounting plate 502, a counterweight device cylinder 503, a counterweight device guide rod 504, a counterweight device guide sleeve 505, a counterweight device pressing plate 506, a counterweight device counterweight positioning column 507 and a counterweight device counterweight 508, wherein the counterweight device mounting bottom plate 501 is fixedly mounted on the upper surface of the base upper plate 101, the counterweight device cylinder mounting plate 502 is fixedly mounted on the upper surface of the counterweight device mounting bottom plate 501, the counterweight device cylinder 503 is mounted on the counterweight device cylinder 502, the extending end of the counterweight device cylinder 503 is connected with the counterweight device pressing plate 506, the excircle of the counterweight device guide sleeve 505 is matched with the inner hole of the counterweight device pressing plate 506, the excircle of the counterweight device guide rod 504 and the inner hole of the counterweight device guide sleeve 505 form sliding fit, the movement is smooth and has no resistance, the counterweight device counterweight positioning column 507 is mounted on the counterweight device mounting, a counter weight 508 is mounted on the upper surface of the counter weight mounting base plate 501. Under the action of the counterweight device air cylinder 503, the counterweight device pressing plate 506 moves upwards under the guiding action of the counterweight device guide sleeve 505, after the counterweight device counterweight block 508 is placed at a proper position, the counterweight device air cylinder 503 presses downwards, and the counterweight device counterweight block 508 is locked by the counterweight device pressing plate 506.
Claims (8)
1. The utility model provides a highway deceleration strip automatic installation device, includes removal base (1), deceleration strip clamping device (2), automatic perforating device (3), automatic tightening means (4), counter weight device (5), its characterized in that:
the movable base (1) comprises an upper plate (101) arranged on the base;
the deceleration strip clamping device (2) comprises a deceleration strip clamping device mounting bracket (201) and a deceleration strip clamping device transverse sliding block (216);
the automatic punching device (3) comprises an automatic punching device mounting bottom plate (304);
the automatic tightening device (4) comprises an automatic tightening and punching device mounting base plate (404);
the counterweight device (5) comprises a counterweight device mounting bottom plate (501);
speed bump clamping device lift guide post positioning seat (213) fixed mounting is on base upper plate (101) upper surface, speed bump clamping device installing support (201) fixed mounting is on the side surface of base upper plate (101), automatic perforating device mounting plate (304) fixed mounting is on speed bump clamping device sideslip slider (216), automatic perforating device mounting plate (404) fixed mounting of screwing up is on speed bump clamping device sideslip slider (216), counter weight device mounting plate (501) fixed mounting is on base upper plate (101).
2. The automatic mounting device for the road speed bump according to claim 1, wherein: the mobile base (1) further comprises: the base comprises a base frame body (102), base caster mounting plates (103) and base casters (104), wherein the base upper plate (101) is a mounting platform of other devices, the upper end of the base frame body (102) is connected with the base working (101), the lower end of the base frame body (102) is connected with the base caster mounting plates (103), and the base casters (104) are fixedly connected with the base caster mounting plates (103).
3. The automatic mounting device for the road speed bump according to claim 1, wherein: the deceleration strip clamping device (2) further comprises: a deceleration strip clamping device mounting plate (202), a deceleration strip clamping device clamping plate (203), a deceleration strip clamping device clamping cylinder (204), a deceleration strip clamping device clamping cylinder connecting block (205), a deceleration strip clamping device front clamping block (206), a deceleration strip clamping device rear clamping block (207), a deceleration strip clamping device crash block (208), a deceleration strip clamping device guide post fixing block mounting plate (209), a deceleration strip clamping device guide post fixing block (210), a deceleration strip clamping device guide post (211), a deceleration strip clamping device lifting guide post (212), a deceleration strip clamping device lifting guide post guide sleeve (214), and a deceleration strip clamping device transverse moving guide rail (215), wherein the deceleration strip clamping device mounting bracket (201) is fixedly connected with the deceleration strip clamping device mounting plate (202), and the deceleration strip clamping device clamping cylinder connecting block (205) are fixedly connected with the deceleration strip clamping device mounting plate (202), and the deceleration strip clamping device mounting plate (202) is fixedly connected with the deceleration strip clamping device clamping cylinder The deceleration strip clamping device comprises deceleration strip clamping device clamping cylinders (204), a fixed end of each deceleration strip clamping device clamping cylinder (204) is connected with a deceleration strip clamping device clamping plate (203) in a tightly-connected and fixed mode, an extending end of each deceleration strip clamping device clamping cylinder (204) is fixedly connected with a deceleration strip clamping device clamping cylinder connecting block (205), a front clamping block (206) of each deceleration strip clamping device is fixedly connected with the deceleration strip clamping device clamping plate (203), a rear clamping block (207) of each deceleration strip clamping device is fixedly connected with a deceleration strip clamping device mounting plate (202) and is symmetrical to the front clamping block (206) of each deceleration strip clamping device in position, two collision prevention blocks (208) of each deceleration strip clamping device are fixedly connected with the deceleration strip clamping device clamping plates (203), a deceleration strip clamping device guide column fixing block mounting plate (209) is fixedly connected with the deceleration strip clamping device clamping plates (203), and the outer circle of the deceleration strip clamping device guide column mounting plate (209) is fixedly connected with the deceleration strip clamping device clamping plates (203) Inner holes are matched, a deceleration strip clamping device guide post fixing block (210) is fixedly connected with a deceleration strip clamping device guide post fixing block mounting plate (209), the outer circle of a deceleration strip clamping device guide post (211) is in sliding fit with the inner hole of the deceleration strip clamping device guide post fixing block (210), a deceleration strip clamping device lifting guide post guide sleeve (214) is in mounting fit with the upper plane of a deceleration strip clamping device mounting support (201), the outer circle of a deceleration strip clamping device clamping cylinder (204) is matched with the inner hole of the deceleration strip clamping device mounting support (201), the outer circle of a deceleration strip clamping device lifting guide post (212) is in sliding fit with the deceleration strip clamping device lifting guide post guide sleeve (214), the moving end of the deceleration strip clamping device lifting guide post (212) is fixed with a deceleration strip clamping device lifting guide post positioning seat (213), a deceleration strip clamping device transverse moving guide rail (215) and the upper surface mounting support (201) are fixed together The deceleration strip clamping device is tightly installed, and a deceleration strip clamping device transverse moving slide block (216) is matched with a deceleration strip clamping device transverse moving guide rail (215) to form sliding fit.
4. The automatic mounting device for the road speed bump according to claim 1, wherein: the automatic punching device (3) further comprises: automatic perforating device sideslip cylinder mounting panel (301), automatic perforating device sideslip cylinder (302), automatic perforating device sideslip cylinder connecting block (303), automatic perforating device in-situ sensor support (305), automatic perforating device in-situ sensor (306), automatic perforating device work position sensor support (307), automatic perforating device work position sensor (308), automatic perforating device response iron (309), automatic perforating device guide rail (310), automatic perforating device slider (311), automatic perforating device feed cylinder support (312), automatic perforating device feed cylinder (313), automatic perforating device upper mounting panel (314), automatic perforating device height sensor support (315), automatic perforating device height direction guide axle (316), automatic perforating device height direction cylinder (317), automatic perforating device drill bit mounting panel (318), An automatic punching device drill bit (319), an automatic punching device transverse cylinder mounting plate (301) and an automatic punching device transverse cylinder (302) are fixedly arranged together, the extending end of the automatic punching device transverse cylinder mounting plate (301) is fixedly connected with an automatic punching device transverse cylinder connecting block (303), the other end of the automatic punching device transverse cylinder connecting block (303) is fixedly connected with an automatic punching device mounting bottom plate (304), an automatic punching device in-situ sensor bracket (305) and an automatic punching device working position sensor bracket (307) are fixedly arranged on the side surface of the automatic punching device mounting bottom plate (304), an automatic punching device in-situ sensor (306) and an automatic punching device working position sensor (308) are respectively fixedly arranged on the automatic punching device in-situ sensor bracket (305) and the automatic punching device working position sensor bracket (307), the guide rail (310) of the automatic punching device is fixedly arranged on the mounting base plate (304) of the automatic punching device, the slide block (311) of the automatic punching device is matched with the guide rail (310) of the automatic punching device and forms sliding fit, the feeding cylinder bracket (312) of the automatic punching device is fixedly arranged at the bottom of the mounting base plate (304) of the automatic punching device, the feeding cylinder (313) of the automatic punching device is fixedly connected with the feeding cylinder bracket (312) of the automatic punching device, the mounting plate (314) of the automatic punching device is fixedly arranged on the slide block (311) of the automatic punching device and is matched closely without clearance, and moves together with the slide block (311) of the automatic punching device, the height sensor bracket (315) of the automatic punching device is fixedly arranged on the side surface of the mounting plate (314) of the automatic punching device, the excircle of the height direction guide shaft (316) of the automatic punching device and the inner hole of, the automatic punching device is matched tightly without a gap, an air cylinder (317) in the height direction of the automatic punching device is vertically arranged on an upper mounting plate (314) of the automatic punching device, the moving end of a guide shaft (316) in the height direction of the automatic punching device is fixedly connected with a drill mounting plate (318) of the automatic punching device, and a drill (319) of the automatic punching device is arranged on the upper surface of the drill mounting plate (318) of the automatic punching device.
5. The automatic mounting device for the road speed bump according to claim 1, wherein: the automatic tightening device (4) further comprises: an automatic tightening device transverse moving cylinder mounting plate (401), an automatic tightening punching device transverse moving cylinder (402), an automatic tightening punching device transverse moving cylinder connecting block (403), an automatic tightening punching device in-situ sensor support (405), an automatic tightening punching device in-situ sensor (406), an automatic tightening punching device working position sensor support (407), an automatic tightening punching device working position sensor (408), an automatic tightening punching device induction iron (409), an automatic tightening device guide rail (410), an automatic tightening device slider (411), an automatic tightening device feeding cylinder support (412), an automatic tightening device feeding cylinder (413), an automatic tightening device upper mounting plate (414), an automatic tightening device height sensor support (415), an automatic tightening device height direction guide shaft (416), an automatic tightening device height direction cylinder (417), The automatic tightening device drill bit mounting plate (418), the automatic tightening device tightening gun (419), the automatic tightening device transverse moving cylinder mounting plate (401) and the automatic tightening punching device transverse moving cylinder (402) are fixedly mounted together, the extending end of the automatic tightening device transverse moving cylinder mounting plate (401) is fixedly connected with an automatic tightening punching device transverse moving cylinder connecting block (403), the other end of the automatic tightening punching device transverse moving cylinder connecting block (403) is fixedly connected with an automatic tightening punching device mounting bottom plate (404), an automatic tightening punching device in-situ sensor support (405) and an automatic tightening punching device working position sensor support (407) are fixedly mounted on the side surface of the automatic tightening punching device mounting bottom plate (404), and an automatic tightening punching device in-situ sensor (406) and an automatic tightening punching device working position sensor (408) are respectively fixedly mounted on the automatic tightening punching device in-situ sensor support (405) and the automatic tightening punching device working position sensor support (408) The automatic tightening device comprises a position sensor support (407), an automatic tightening device guide rail (410) is fixedly arranged on an automatic tightening punching device mounting base plate (404), an automatic tightening device sliding block (411) is matched with the automatic tightening device guide rail (410) and forms sliding fit, an automatic tightening device feeding air cylinder support (412) is fixedly arranged at the bottom of the automatic tightening punching device mounting base plate (404), an automatic tightening device feeding air cylinder (413) is fixedly connected with the automatic tightening device feeding air cylinder support (412), an automatic tightening device upper mounting plate (414) is fixedly arranged on the automatic tightening device sliding block (411) and is tightly matched without clearance and moves together with the automatic tightening device sliding block (411), an automatic tightening device height sensor support (415) is fixedly arranged on the side surface of a mounting plate (414) on the automatic tightening device, and the excircle of an automatic tightening device height direction guide shaft (416) and the inner hole of the mounting plate (414) on the automatic tightening device form sliding fit The automatic tightening device is matched with the automatic tightening device in a tight and gapless mode, an air cylinder (417) in the height direction of the automatic tightening device is vertically installed on an upper installation plate (414) of the automatic tightening device, the moving end of a guide shaft (416) in the height direction of the automatic tightening device is fixedly connected with a drill bit installation plate (418) of the automatic tightening device, and a tightening gun (419) of the automatic tightening device is installed on the upper surface of the drill bit installation plate (418) of the automatic tightening device.
6. The automatic mounting device for the road speed bump according to claim 1, wherein: the counterweight device (5) further comprises: a counterweight device cylinder mounting plate (502), a counterweight device cylinder (503), a counterweight device guide rod (504), a counterweight device guide sleeve (505), a counterweight device pressing plate (506), a counterweight device counterweight block positioning column (507) and a counterweight device counterweight block (508), wherein the counterweight device cylinder mounting plate (502) is fixedly arranged on the counterweight device mounting bottom plate (501), the counterweight device cylinder (503) is arranged on the counterweight device cylinder (503), the extending end of the counterweight device cylinder (503) is connected with the counterweight device pressing plate (506), the excircle of the counterweight device guide sleeve (505) is matched with the inner hole of the counterweight device pressing plate (506), the excircle of the counterweight device guide rod (504) forms sliding fit with the inner hole of the counterweight device guide sleeve (505), the counterweight device counterweight block positioning column (507) is arranged on the counterweight device mounting bottom plate (501), the counterweight block (508) is mounted on the upper surface of the counterweight mounting base plate (501).
7. The automatic mounting device for the road speed bump according to claim 1, wherein: the bottom surface of the automatic punching device drill bit mounting plate (318) is provided with a T-shaped key groove, and the T-shaped key groove is tightly connected with the automatic punching device drill bit (319).
8. The automatic mounting device for the road speed bump according to claim 1, wherein: the bottom surface of the drill bit mounting plate (418) of the automatic tightening device is provided with a T-shaped key groove, and the T-shaped key groove is connected with a tightening gun (419) of the automatic tightening device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010972822.1A CN112195809B (en) | 2020-09-16 | 2020-09-16 | Automatic mounting device for highway deceleration strip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010972822.1A CN112195809B (en) | 2020-09-16 | 2020-09-16 | Automatic mounting device for highway deceleration strip |
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| CN112195809A true CN112195809A (en) | 2021-01-08 |
| CN112195809B CN112195809B (en) | 2022-08-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202010972822.1A Active CN112195809B (en) | 2020-09-16 | 2020-09-16 | Automatic mounting device for highway deceleration strip |
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