The content of the invention
The technical problems to be solved by the invention are to provide a kind of decorative panel for building and install special perforating device, and it can
The problem of solving above-mentioned show in the art.
The present invention is achieved through the following technical solutions:A kind of decorative panel for building of the present invention installs special punching
Upper hopper chute and gliding groove are provided with device, including the body being made up of support column and base, the support column its right end face, it is described
Upper hopper chute inner left wall is provided with rack extended up and down, and the upper hopper chute is interior provided with upper threaded rod extended up and down,
Provided with lower threaded rod extended up and down in the gliding groove, device is led provided with punching drive on the right side of the upper hopper chute, it is described to beat
Hole, which is driven, leads device left end face provided with the sliding block for stretching into the upper hopper chute and being connected with the upper threaded rod screw thread, described
The punching drive on the right side of groove, the groove is provided with sliding block left end face to lead in device provided with lifting chute, the lifting
Chute bottom is connected provided with sliding embedding chamber, and the lifting chute inner left wall is provided with above the first chute, the groove right side
Punching drive above on the left of the sliding block wall body and the lifting chute is provided with drive cavity between leading device wall body, described recessed
Front and rear inwall on the left of groove, which is rotatably assorted, is connected with the travelling gear that left-hand end is connected with rack engagement, the travelling gear
Front end face, which is fixed with the groove on the right side of transmission worm gear, the transmission worm gear Nei to be extended up and down, power transmission shaft, described
Extension is stretched into the drive cavity and is rotatably assorted with the drive cavity inner roof wall and is connected at the top of power transmission shaft, in the drive cavity
The power transmission shaft on be fixed with the first drive, provided with motion thread bar extended up and down in first chute,
Extension is stretched into the drive cavity and is rotatably assorted with the drive cavity inner roof wall and is connected at the top of the motion thread bar, described
It is fixed with the motion thread bar in drive cavity in the second drive, the lifting chute and is provided with lifting assembly, it is described
Sliding embedding intracavitary is provided with punch operation component.
Preferably technical scheme, is provided with fixed in projection, the projection between the upper hopper chute and the gliding groove
Provided with the first motor, at the top of the upper threaded rod, extending end is rotatably assorted with the upper hopper chute inner top is connected, the upper spiral shell
Rasp bar bottom extending end is connected with first motor, extending end and first motor at the top of the lower threaded rod
It is connected, the lower threaded rod bottom extending end is rotatably assorted with the gliding groove inner bottom wall and is connected, the upper threaded rod
It is oppositely arranged with the lower threaded rod screw thread.
Preferably technical scheme, power transmission shaft bottom extending end and the groove inner bottom wall are rotatably assorted company
Connect, the motion thread bar bottom extending end is rotatably assorted with the first chute inner bottom wall and is connected.
The power transmission shaft outer surface in preferably technical scheme, the groove is circumferentially fixed to be provided with and the transmission
The worm screw of worm gear connection.
Preferably technical scheme, first drive is connected with transmission belt with second drive.
Preferably technical scheme, the lifting assembly includes lifting slider and is arranged on the left of the lifting slider
The slider guide that top is stretched into first chute and is connected with the motion thread bar screw thread, the lifting slider bottom
Drilling motor is provided with end face, the drilling motor bottom is connected with male splined shaft.
Preferably technical scheme, the punch operation component includes being arranged on inside the embedding chamber left and right sides of the cunning
Second chute, each second chute inner bottom wall is equipped with deep gouge, the deep gouge inner bottom wall and the second chute inner roof wall
Between be provided with slide guide bar, the embedding intracavitary of cunning is provided with the extended crossbeam in left and right, crossbeam left and right sides elongated end difference
Stretch into second chute of the left and right sides and be connected with the slide guide bar slide fit, outside the slide guide bar of the crossbeam bottom
Side ring, which is arranged with to be rotatably assorted in spring, the cross rail top end face, is connected with female splined shaft, the female splined shaft bottom end face
It is fixed with to extend downwardly and sets and through the grooved bit of the crossbeam bottom end face.
It is provided with and is connected with the lower threaded rod screw thread and to the right in preferably technical scheme, the gliding groove
It is described logical provided with the through hole being oppositely arranged with the grooved bit in extended aperturing support platform, the aperturing support platform
Fixation clamping groove at the top of the aperturing support platform at the top of hole provided with the setting that is connected in end face.
The beneficial effects of the invention are as follows:
Upper screw thread extended up and down is set in rack extended up and down, upper hopper chute 1. being set by upper hopper chute inner left wall
Bar, punching drive is set on the right side of upper hopper chute and leads device, punching drive lead device left end face set stretch into upper hopper chute and with upper threaded rod spiral shell
The sliding block that line is connected, the punching on the right side of groove, groove is set in sliding block left end face drives to lead lifting chute is set in device, lifts
Chute bottom, which is connected, sets sliding embedding chamber, and lifting chute inner left wall sets the sliding block wall body and liter above on the right side of the first chute, groove
Punching above on the left of drop chute, which is driven, to be led the front and rear inwall that is laterally set on the left of drive cavity, groove between device wall body and is rotatably assorted company
Connect left-hand end and engage the travelling gear being connected with rack, travelling gear front end face, which is fixed, sets transmission worm gear, on the right side of transmission worm gear
Extension at the top of power transmission shaft, power transmission shaft is extended in groove up and down to stretch into drive cavity and be rotatably assorted with drive cavity inner roof wall
Fixed set sets motion thread bar extended up and down on power transmission shaft in connection, drive cavity in the first drive, the first chute,
Extension is stretched into drive cavity and is rotatably assorted with drive cavity inner roof wall and is connected at the top of motion thread bar, the transmission spiral shell in drive cavity
Fixation sets the second drive on rasp bar, and control is led so as to be driven while realizing and lead device lower work by the punching drive of the first motor control
The flexible work of grooved bit processed, improves security and perforating efficiency.
2. extended by setting fixed set in projection, projection between upper hopper chute and gliding groove at the top of the first motor, upper threaded rod
End is rotatably assorted with upper hopper chute inner top and is connected, and upper threaded rod bottom extending end and the first motor are connected, lower screw thread
Extending end is connected with the first motor at the top of bar, and lower threaded rod bottom extending end and gliding groove inner bottom wall are rotatably assorted company
Connect, upper threaded rod and lower threaded rod screw thread are oppositely arranged, device and aperturing support platform are led so as to realize and automatically control punching drive
Lower work.
3. include being arranged on the second chute inside the sliding embedding chamber left and right sides, each second chute by punch operation component
Inner bottom wall is all provided with deep gouge, and slide guide bar is set between deep gouge inner bottom wall and the second chute inner roof wall, and sliding embedding intracavitary sets left and right and is extended
Crossbeam, crossbeam left and right sides elongated end is respectively protruding into the second chute of the left and right sides and is connected with slide guide bar slide fit, crossbeam
The slide guide bar of bottom, which is wrapped around, sets spring, and be rotatably assorted connection female splined shaft in cross rail top end face, female splined shaft bottom end
Face is fixed to set to extend downwardly and set and through the grooved bit of crossbeam bottom end face, so as to realize the automatic telescopic work of grooved bit
Make, stretched out when needing punching, retracted when punching and completing, improve safety in utilization.
4. the present invention is simple in construction, easy to operate, the automatic telescopic work of grooved bit can be realized, when improving drilling operation
Equipment and the security of personnel, while automatically controlling punching drive leads device and aperturing support platform lower work, improve and beat
The operating efficiency in hole.
Embodiment
As Figure 1-Figure 5, a kind of decorative panel for building of the invention installs special perforating device, including by support column 62
Upper hopper chute 622 and gliding groove 621, the upper hopper chute are provided with the body 6 constituted with base 61, its right end face of support column 62
622 inner left walls are provided with rack 6222 extended up and down, and the upper hopper chute 622 is interior provided with upper screw thread extended up and down
Provided with lower threaded rod 6211 extended up and down in bar 6221, the gliding groove 621, the right side of upper hopper chute 622, which is provided with, to be beaten
Hole is driven and leads device 8, the punching drive lead the left end face of device 8 provided with stretch into the upper hopper chute 622 and with the upper threaded rod
It is provided with described on the right side of groove 87, the groove 87 in the sliding block 81 that 6221 screw threads are connected, the left end face of sliding block 81
Punching drive is led provided with lifting chute 82 in device 8, and lifting chute 82 bottom is connected provided with sliding embedding chamber 83, and the lifting is slided
The inner left wall of groove 82 is provided with the wall body of the sliding block 81 and the lifting chute 82 above the first chute 85, the right side of groove 87
Punching drive above left side is provided with drive cavity 84 between leading the wall body of device 8, and the front and rear inwall in the left side of groove 87 is rotated
It is connected with left-hand end and engages the travelling gear 871 being connected with the rack 6222, the front end face of travelling gear 871 is fixed
Provided with transmission worm gear 872, being extended up and down in the groove 87 on the right side of transmission worm gear 872 has power transmission shaft 874, described
The top extension of power transmission shaft 874 is stretched into the drive cavity 84 and is rotatably assorted with the inner roof wall of drive cavity 84 and is connected, described
It is fixed with the power transmission shaft 874 in drive cavity 84 in first drive 842, first chute 85 provided with extension up and down
The motion thread bar 851 of setting, the top extension of motion thread bar 851 stretch into the drive cavity 84 and with the transmission
The inner roof wall of chamber 84 is rotatably assorted connection, and the second drive is fixed with the motion thread bar 851 in the drive cavity 84
841, interior be provided with lifting assembly, the embedding chamber 83 of cunning of lifting chute 82 is provided with punch operation component.
Wherein, fixation in projection 623, the projection 623 is provided between the upper hopper chute 622 and the gliding groove 621 to set
There is the first motor 6231, the upper top extending end of threaded rod 6221 is rotatably assorted with the inner top of upper hopper chute 622 to be connected,
The bottom extending end of upper threaded rod 6221 is connected with first motor 6231, and the lower top of threaded rod 6211 is prolonged
Stretch end to be connected with first motor 6231, the lower bottom extending end of threaded rod 6211 and the gliding groove 621
Inner bottom wall is rotatably assorted connection, and the upper threaded rod 6221 and the lower screw thread of threaded rod 6211 are oppositely arranged, thus realize from
Device 8 and the lower work of aperturing support platform 7 are led in dynamic control punching drive.
Wherein, the bottom extending end of power transmission shaft 874 is rotatably assorted with the inner bottom wall of groove 87 and is connected, the transmission
The bottom extending end of threaded rod 851 is rotatably assorted with the inner bottom wall of the first chute 85 and is connected.
Wherein, circumferentially fixed be provided with the outer surface of the power transmission shaft 874 in the groove 87 is matched somebody with somebody with the transmission worm gear 872
The worm screw 873 of connection is closed, so as to realize the transmission cooperating between the drive 842 of travelling gear 871 and first.
Wherein, first drive 842 is connected with transmission belt 843 with second drive 841.
Wherein, the lifting assembly includes lifting slider 821 and is arranged on the left side top of lifting slider 821 and stretches into
The slider guide 822 being connected in first chute 85 and with the screw thread of motion thread bar 851, the lifting slider 821
Drilling motor 823 is provided with bottom end face, the bottom of drilling motor 823 is connected with male splined shaft 824.
Wherein, the punch operation component includes being arranged on the second chute 86 inside the embedding left and right sides of chamber 83 of the cunning,
Each inner bottom wall of second chute 86 is equipped with deep gouge 861, the inner bottom wall of deep gouge 861 and the inner roof wall of the second chute 86
Between be provided with slide guide bar 862, provided with the crossbeam 831 that left and right is extended, the left and right sides of crossbeam 831 in the embedding chamber 83 of cunning
Elongated end is respectively protruding into second chute 86 of the left and right sides and is connected with the slide fit of slide guide bar 862, the crossbeam 831
The slide guide bar 862 of bottom is wrapped around provided with spring 863, and the top end rotation in surface of crossbeam 831 is connected with interior
Splined shaft 832, the bottom end face of female splined shaft 832 is fixed with to extend downwardly and set and through the bottom end of crossbeam 831
The grooved bit 833 in face, so as to realize the automatic telescopic work of grooved bit 833, improves safety in utilization.
Wherein, it is provided with to be connected and to the right extend with the lower screw thread of threaded rod 6211 in the gliding groove 621 and sets
It is described logical provided with the through hole 71 being oppositely arranged with the grooved bit 833 in the aperturing support platform 7 put, the aperturing support platform 7
Fixation clamping groove 72 provided with the setting that is connected in the top end face of the aperturing support platform 7 at the top of hole 71.
During original state, sliding block 81 is located at the top position in upper hopper chute 622, now, the gliding groove of aperturing support platform 7
621 lowest positions, meanwhile, the bottom right side end face of aperturing support platform 7 is abutted against with the top end face of base 61, now, and lifting is slided
Block 821 is located at the top position in lifting chute 82, meanwhile, slider guide 822 is located at the top position in the first chute 85,
Now, crossbeam 831 is by the pressure on top surface of spring 863, the top position for making crossbeam 831 be located in the sliding embedding chute 86 of chamber 83 and second
Put, make male splined shaft 824 at utmost away from female splined shaft 832, now, grooved bit 833 is fully located in sliding embedding chamber 83, this
When, grooved bit 833 is at utmost away from aperturing support platform 7.
When needs are punched in use, the decorative panel for needing to process punching is mounted on into fixed clamping groove 72 first
It is interior, then drive upper threaded rod 6221 and lower threaded rod 6211 to rotate simultaneously by the first motor 6231, now, upper threaded rod
6221 band movable sliders 81 are slided along the bottom direction of upper hopper chute 622, make sliding block 81 drive punching drive to lead device 8 to downslide, lower threaded rod
6211 drive aperturing support platform 7 to be slided along the top-direction of gliding groove 621, connect because rack 6222 engages cooperation with travelling gear 871
Connect, travelling gear 871 is driven the worm screw on transmission worm gear 872 and the right side of transmission worm gear 872 during sliding block 81 is sliding downwards
873 rotate, and drive the drive 842 of power transmission shaft 874 and first to rotate by worm screw 873, the transmission belt on the first drive 842
843 the second drives 841 of drive are rotated, and drive motion thread bar 851 to rotate by the second drive 841, by motion thread bar 851
Drive slider guide 822 to be slided along the bottom direction of the first chute 85, lifting slider 821 is driven along lifting chute 82 bottom by slider guide 822
Portion direction is slided, and continues to control the first motor 6231 to rotate, until making the bottom end face of lifting slider 821 and crossbeam 831 as shown in Figure 2
Top end face is abutted against, now, male splined shaft 824 and the fully mated connection of female splined shaft 832, continues to control the first motor 6231
Rotate, now, punching drive is led device 8 and continued to downslide, meanwhile, aperturing support platform 7 continues up cunning, now, motion thread bar
851 continue to drive slider guide 822 to slide along the bottom direction of the first chute 85, and slider guide 822 continues to drive lifting slider 821 along lifting
The bottom direction of chute 82 is slided, and is made crossbeam 831 overcome the pressure on top surface of spring 863 to be slided along the bottom direction of the second chute 86, is now lifted
The bottom end of sliding block 821 is gradually stretched into sliding embedding chamber 83, meanwhile, crossbeam 831 drives grooved bit 833 gradually to skid off punching drive and leads dress
Put outside 8 bottom end face, continue to control the first motor 6231 to rotate, until grooved bit 833 as shown in Figure 3 and decorative panel top
End face is abutted against, and now realizes punching work, is then proceeded to the first motor 6231 of control and is rotated, and punching drive is led device 8 and is continued
To downslide, meanwhile, crossbeam 831 overcomes the pressure on top surface of spring 863 to continue to slide along the bottom direction of the second chute 86, meanwhile, lower screw thread
Bar 6211 drives aperturing support platform 7 to continue to slide along the top-direction of gliding groove 621, until the bottom end face of crossbeam 831 as shown in Figure 4 with
The inner bottom wall of second chute 86 is abutted against, when sliding block 81 slides into 622 lowest position of upper hopper chute, now completes punching work.
The beneficial effects of the invention are as follows:
Upper screw thread extended up and down is set in rack extended up and down, upper hopper chute 1. being set by upper hopper chute inner left wall
Bar, punching drive is set on the right side of upper hopper chute and leads device, punching drive lead device left end face set stretch into upper hopper chute and with upper threaded rod spiral shell
The sliding block that line is connected, the punching on the right side of groove, groove is set in sliding block left end face drives to lead lifting chute is set in device, lifts
Chute bottom, which is connected, sets sliding embedding chamber, and lifting chute inner left wall sets the sliding block wall body and liter above on the right side of the first chute, groove
Punching above on the left of drop chute, which is driven, to be led the front and rear inwall that is laterally set on the left of drive cavity, groove between device wall body and is rotatably assorted company
Connect left-hand end and engage the travelling gear being connected with rack, travelling gear front end face, which is fixed, sets transmission worm gear, on the right side of transmission worm gear
Extension at the top of power transmission shaft, power transmission shaft is extended in groove up and down to stretch into drive cavity and be rotatably assorted with drive cavity inner roof wall
Fixed set sets motion thread bar extended up and down on power transmission shaft in connection, drive cavity in the first drive, the first chute,
Extension is stretched into drive cavity and is rotatably assorted with drive cavity inner roof wall and is connected at the top of motion thread bar, the transmission spiral shell in drive cavity
Fixation sets the second drive on rasp bar, and control is led so as to be driven while realizing and lead device lower work by the punching drive of the first motor control
The flexible work of grooved bit processed, improves security and perforating efficiency.
2. extended by setting fixed set in projection, projection between upper hopper chute and gliding groove at the top of the first motor, upper threaded rod
End is rotatably assorted with upper hopper chute inner top and is connected, and upper threaded rod bottom extending end and the first motor are connected, lower screw thread
Extending end is connected with the first motor at the top of bar, and lower threaded rod bottom extending end and gliding groove inner bottom wall are rotatably assorted company
Connect, upper threaded rod and lower threaded rod screw thread are oppositely arranged, device and aperturing support platform are led so as to realize and automatically control punching drive
Lower work.
3. include being arranged on the second chute inside the sliding embedding chamber left and right sides, each second chute by punch operation component
Inner bottom wall is all provided with deep gouge, and slide guide bar is set between deep gouge inner bottom wall and the second chute inner roof wall, and sliding embedding intracavitary sets left and right and is extended
Crossbeam, crossbeam left and right sides elongated end is respectively protruding into the second chute of the left and right sides and is connected with slide guide bar slide fit, crossbeam
The slide guide bar of bottom, which is wrapped around, sets spring, and be rotatably assorted connection female splined shaft in cross rail top end face, female splined shaft bottom end
Face is fixed to set to extend downwardly and set and through the grooved bit of crossbeam bottom end face, so as to realize the automatic telescopic work of grooved bit
Make, stretched out when needing punching, retracted when punching and completing, improve safety in utilization.
4. the present invention is simple in construction, easy to operate, the automatic telescopic work of grooved bit can be realized, when improving drilling operation
Equipment and the security of personnel, while automatically controlling punching drive leads device and aperturing support platform lower work, improve and beat
The operating efficiency in hole.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.