CN118003149A - Anchor hole pipe and plane elevation roughening machine - Google Patents
Anchor hole pipe and plane elevation roughening machine Download PDFInfo
- Publication number
- CN118003149A CN118003149A CN202211289914.5A CN202211289914A CN118003149A CN 118003149 A CN118003149 A CN 118003149A CN 202211289914 A CN202211289914 A CN 202211289914A CN 118003149 A CN118003149 A CN 118003149A
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- roughening
- forklift
- lifting
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- plane
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- 238000007788 roughening Methods 0.000 title claims abstract description 157
- 229910003460 diamond Inorganic materials 0.000 claims description 15
- 239000010432 diamond Substances 0.000 claims description 15
- 239000010720 hydraulic oil Substances 0.000 claims description 13
- 239000000428 dust Substances 0.000 claims description 11
- 230000010354 integration Effects 0.000 claims description 9
- 239000003921 oil Substances 0.000 claims description 8
- 238000001914 filtration Methods 0.000 claims description 3
- 238000011065 in-situ storage Methods 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 2
- 239000002184 metal Substances 0.000 description 1
- 238000012544 monitoring process Methods 0.000 description 1
- 230000000087 stabilizing effect Effects 0.000 description 1
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- Forklifts And Lifting Vehicles (AREA)
Abstract
An anchor hole pipe and a plane elevation roughening machine are provided with a wheel type running system under a forklift running and chassis system 1; a forklift lifting and hydraulic pump valve system 2 and a forklift low-voltage power distribution control system 3 are arranged on the forklift walking and chassis system 1, and a forklift fork lifting hydraulic cylinder system 4 is controlled to be driven to start a working lifting bucket 5 to do lifting and descending movements; a button is arranged on the roughening work push handle 12 to start the roughening hydraulic pump 6 to drive the roughening hydraulic motor 7 to drive the plane, vertical surface or hole pipe roughening work head 11 to rotate for work; thereby providing an anchor pocket pipe and a plane elevation roughening machine, which is mainly suitable for roughening the concrete surfaces of the anchor pocket pipe, the plane and the elevation.
Description
Technical Field
The invention relates to an anchor hole pipe and a plane elevation roughening machine, which is engineering machinery adopting hydraulic and electric drive to control a mechanical system to work, can also be added with internet technology control, and is mainly suitable for roughening the concrete surfaces of the anchor hole pipe, the plane and the elevation.
Background
The anchor hole pipe and the plane elevation roughening machine are engineering machinery adopting a hydraulic electric drive to control the mechanical system to work, can also be controlled by adding an internet technology, are controlled to be used after a circuit is switched on by the internet control after code scanning payment, and have inconvenient use and low working efficiency for the conventional manual push-pull lifting machinery, thereby bringing inconvenience to the application of specific engineering occasions. Therefore, it is necessary to invent a suitable and advanced anchor hole pipe and plane elevation roughening machine.
Disclosure of Invention
The invention aims to provide an anchor hole pipe and a plane elevation roughening machine, which is engineering machinery adopting hydraulic, electric drive and mechanical system operation control, and can also be added with internet technology control, and is mainly suitable for the roughening operation of the concrete surfaces of the anchor hole pipe, the plane and the elevation.
The anchor hole pipe and the plane elevation roughening machine are mainly used under a forklift walking and chassis system 1, and a wheel type walking system is mainly arranged for transporting the whole anchor hole pipe and the plane elevation roughening machine, so that workers walk to a working surface under driving; a forklift lifting and hydraulic pump valve system 2 and a forklift low-voltage power distribution control system 3 are arranged on the forklift walking and chassis system 1, and a forklift fork lifting hydraulic cylinder system 4 is controlled to be driven to start a working lifting bucket 5 to ascend and descend to a proper roughening working height, so that the working lifting bucket is suitable for roughening workers to work; the roughening staff starts the roughening hydraulic pump 6 to drive the roughening hydraulic motor 7 to drive the plane, vertical surface or hole pipe roughening working head 11 to rotate by starting the roughening power distribution control system 9 and a button on the roughening working push handle 12, and a diamond roughening wheel arranged on the plane, vertical surface or hole pipe roughening working head 11 is driven to rotate when the plane, vertical surface or hole pipe roughening working head 11 rotates, and a plurality of diamond protruding tips on the diamond roughening wheel impact the plane, vertical surface or hole pipe surface, so that the concrete surface on the plane, vertical surface or hole pipe surface is roughened; the plane, vertical surface or hole pipe roughening working head 11 is generally made into a single function for improving the working efficiency for simple manufacture, that is, can be respectively made into a plane, vertical surface or hole pipe roughening working head; when the operation is performed, the roughening electromagnetic valve pipeline system 8, the roughening power distribution control system 9 and the roughening working head lifting system 10 are matched and started to realize the operation; the counterweight integration box and the counterweight of the support 13 ensure that the anchor hole pipe and the plane elevation roughening machine are not unbalanced front and back and are not unstable during operation, and the support reduces left and right shaking during working operation; the working head shell and the dust collector 14 absorb dust generated during working operation, thereby improving the working environment; the hydraulic oil tank 15 of the hydraulic pump of the hydraulic head motor and the hydraulic oil tank 15 of the hydraulic cylinder of the forklift are used for storing hydraulic oil required by the hydraulic operation of each system, so that the hydraulic oil required by the hydraulic pump of the hydraulic head motor and the hydraulic oil required by the hydraulic pump of the hydraulic cylinder of the forklift can be arranged separately or combined into one oil tank. Other required accessories and configurations are not limited and are set according to the requirements.
If the internet technology control is selected, the control is used after the circuit is switched on through the internet control after the code scanning payment: the invention can be optionally additionally provided with a plurality of network electric control integrated boxes (such as code scanning payment socket switch boxes, associated description files of patent numbers 2021220498636 and 2021109995051), the code scanning payment socket switch boxes are generally integrated on a roughening power distribution control system 9, can control on-off of power utilization system switches of anchor hole pipes and plane elevation roughening machines, are convenient for commercial use of the anchor hole pipes and the plane elevation roughening machines, and are mainly suitable for controlling on-off of circuits through the internet after code scanning payment. After the control of the internet technology is adopted, personnel needing to use the anchor hole pipe and the plane elevation roughening machine can start to control the use after the circuits of the anchor hole pipe and the plane elevation roughening machine are connected through the internet control after the code scanning payment, so that the supervision and the control use are facilitated.
The forklift walking and chassis system 1 of the anchor hole pipe and the plane elevation roughening machine is mainly integrated with a driving wheel, a power device, a steering wheel, a stabilizing device, a brake and the like, wherein the driving power generally selects a driving motor to match with a rechargeable battery for driving walking and lifting; the forklift lifting and hydraulic pump valve system 2 is mainly integrated with a hydraulic pump and an electromagnetic valve to configure a forklift fork lifting hydraulic cylinder system 4 to drive a working lifting bucket 5 to do lifting action; the forklift low-voltage power distribution control system 3 is generally arranged on or near a steering handle or a steering wheel, and the lifting buttons are generally connected in parallel into the working lifting hopper 5, so that the on-site control is well performed during operation; the working lifting bucket 5 is a lifting platform driven by a forklift fork lifting hydraulic cylinder system 4 and is generally used for roughening vertical surfaces and pipe holes; the roughening hydraulic pump 6 is started by a roughening power distribution control system 9 in cooperation with a motor, the roughening hydraulic pump is driven to work under the control of a roughening electromagnetic valve pipeline system 8, a roughening hydraulic motor 7 drives a plane, vertical surface or hole pipe roughening working head 11 under the starting of a worker, a starting and closing button is generally arranged on a roughening working pushing handle 12, a working lifting bucket 5 is controlled on site, and a lifting switch button is generally arranged on the roughening power distribution control system 9; the roughening power distribution control system 9 is mainly integrally provided with a power distribution switch and a relay and mainly used for controlling the work of a dust collector, a solenoid valve, a motor, a working head shell of a roughening working head lifting system 10 and a dust collector 14; the roughening working head lifting system 10 supports that a hand-operated and electric hoist is generally arranged on a swinging head handle rod to lift or lower a plane, a vertical surface or a hole pipe roughening working head 11 to search a position needing roughening to start roughening work; the counterweight integration box and the support 13 are generally made of concrete blocks, the support is formed by adding left and right extending metal support rods under the forklift walking and chassis system 1, universal wheels are arranged on the support rods to work along with the support rods, and the working head shell and the dust collector 14 are integrated with the existing finished products and are additionally arranged in the working lifting hopper 5; the hydraulic pump of the working head motor and the hydraulic pump tank 15 of the forklift hydraulic cylinder are made into proper tanks, the tanks can be separately configured, and the tanks can also be integrally manufactured, and are matched with an oil filling port, a filter element filter screen for filtering hydraulic oil and the like.
In summary, the anchor hole pipe and the plane elevation roughening machine are characterized in that a wheel type running system is arranged under a forklift running and chassis system 1, a forklift lifting and hydraulic pump valve system 2 and a forklift low-voltage power distribution control system 3 are arranged on the forklift running and chassis system 1, and a forklift fork lifting hydraulic cylinder system 4 is connected with a working lifting bucket 5; the counterweight integration box and the support 13 are arranged above and below the forklift walking and chassis system 1; the roughening power distribution control system 9 is connected with a button on a roughening work pushing handle 12 to control a motor of a roughening hydraulic pump 6 and an electromagnetic valve, and a plane, a vertical surface or a hole pipe roughening working head 11 connected with a motor 7 of Mao Yeya is connected; the plane, vertical surface or hole tube roughening working head 11 is provided with a diamond roughening wheel, and the diamond roughening wheel is provided with a plurality of diamond protruding tips. The forklift walking and chassis system 1 is integrated with a walking, lifting, driving and steering wheel system and a brake. The forklift lifting and hydraulic pump valve system 2 is integrated with a hydraulic pump and an electromagnetic valve, and the forklift fork lifting hydraulic cylinder system 4 is configured to be connected with the working lifting bucket 5. The forklift low voltage distribution control system 3 is arranged on or near the steering handle or steering wheel, and the lifting buttons are also installed in parallel into the working lifting bucket 5. The working lift bucket 5 is a lift platform driven by a forklift fork lift cylinder system 4. The roughening power distribution control system 9 controls the motor of the roughening hydraulic pump 6 and the roughening electromagnetic valve pipeline system 8. A button for starting and closing the plane, vertical surface or hole pipe roughening working head 11 is arranged on the roughening working pushing handle 12; the switch button for controlling the lifting of the working lifting hopper 5 in situ is arranged and connected on the roughening and power distribution control system 9 cabinet. The roughening working head lifting system 10 adopts a hand or electric hoist to lift or lower the plane, vertical surface or hole pipe roughening working head 11. The counterweight integration box and the support 13 are made of concrete blocks, and universal wheels are arranged on supporting rods which extend out from left and right under the forklift walking and chassis system 1. The working head shell and the dust collector 14 are integrated with the existing finished product and are additionally arranged in the working lifting hopper 5; the hydraulic pump of the working head motor and the hydraulic pump tank 15 of the forklift hydraulic cylinder can be made into a split or combined tank body, and are matched with an oil filling port and a filter element filter screen for filtering hydraulic oil.
The anchor hole pipe and the plane elevation roughening machine are transported by a wheel type travelling system arranged under a forklift travelling and chassis system 1, and travel to a working surface under the driving of a worker; a forklift lifting and hydraulic pump valve system 2 and a forklift low-voltage power distribution control system 3 are arranged on the forklift walking and chassis system 1, and a forklift fork lifting hydraulic cylinder system 4 is controlled to be driven to start a working lifting bucket 5 to ascend and descend to a proper roughening working height, so that the working lifting bucket is suitable for roughening workers to work; the roughening staff starts the roughening hydraulic pump 6 to drive the roughening hydraulic motor 7 to drive the plane, vertical surface or hole pipe roughening working head 11 to rotate by starting the roughening power distribution control system 9 and a button on the roughening working push handle 12, and a diamond roughening wheel arranged on the plane, vertical surface or hole pipe roughening working head 11 is driven to rotate when the plane, vertical surface or hole pipe roughening working head 11 rotates, and a plurality of diamond protruding tips on the diamond roughening wheel impact the plane, vertical surface or hole pipe surface, so that the concrete surface of the plane, vertical surface or hole pipe is roughened; the anchor hole pipe and the plane elevation roughening machine are engineering machinery adopting hydraulic, electric driving and mechanical system operation control, and can be controlled by adding internet technology, and the anchor hole pipe and the plane elevation roughening machine are mainly suitable for roughening the concrete surfaces of the anchor hole pipe, the plane and the elevation.
Description of the drawings: fig. 1 is a schematic diagram of an anchor hole pipe and a plane elevation roughening machine, fig. 2 is a schematic diagram of an anchor hole pipe and a plane elevation roughening machine forklift fork lifting hydraulic cylinder system 4, fig. 3 is a schematic diagram of a forklift walking and chassis system 1, fig. 4, fig. 5 and fig. 6 are schematic diagrams of a working lifting bucket 5 on the side and the bottom, respectively, which are only examples, but not particularly limited, the anchor hole pipe and the plane elevation roughening machine mainly comprise: the forklift comprises a forklift walking and chassis system 1, a forklift lifting and hydraulic pump valve system 2, a forklift low-voltage power distribution control system 3 and a forklift fork lifting hydraulic cylinder system 4; the working lifting bucket 5, the roughening hydraulic pump 6, the roughening hydraulic motor 7, the roughening electromagnetic valve pipeline system 8, the roughening power distribution control system 9, the roughening working head lifting system 10, the plane, elevation or hole pipe roughening working head 11, the roughening working pushing handle 12, the counterweight integration box and support 13, the working head shell and dust collector 14, the working head motor hydraulic pump, the forklift hydraulic cylinder hydraulic pump oil tank 15 and the like.
The specific embodiment is as follows: referring to the drawings, the anchor hole pipe and the plane elevation roughening machine of the invention are used for transporting the whole anchor hole pipe and the plane elevation roughening machine by arranging a wheel type travelling system under a forklift travelling and chassis system 1, and the anchor hole pipe and the plane elevation roughening machine walk to a working surface under the driving of a worker; the forklift lifting and hydraulic pump valve system 2 and the forklift low-voltage power distribution control system 3 which are arranged on the forklift walking and chassis system 1 control and drive the forklift fork lifting hydraulic cylinder system 4 to start the working lifting bucket 5 to ascend and descend to a proper roughening working height position, so that the working lifting bucket is suitable for roughening workers to work; the roughening staff starts the roughening hydraulic pump 6 to drive the roughening hydraulic motor 7 to drive the plane, vertical surface or hole pipe roughening working head 11 to rotate by starting the roughening power distribution control system 9 and a button on the roughening working push handle 12, and a diamond roughening wheel arranged on the plane, vertical surface or hole pipe roughening working head 11 is driven to rotate when the plane, vertical surface or hole pipe roughening working head 11 rotates, and a plurality of diamond protruding tips on the diamond roughening wheel impact the plane, vertical surface or hole pipe surface, so that the concrete surface on the plane, vertical surface or hole pipe surface is roughened; the working head 11 for roughening the plane, the vertical surface or the hole pipe is generally made into a single function for improving the working efficiency for simple manufacture, namely can be respectively made into the working head with the single function for roughening the plane, the vertical surface or the hole pipe; when the operation is performed, the roughening electromagnetic valve pipeline system 8, the roughening power distribution control system 9 and the roughening working head lifting system 10 are matched and started to realize the operation; the counterweight of the counterweight integration box and the support 13 ensures that the anchor hole pipe and the plane elevation roughening machine are not unbalanced front and back and are not unstable during operation, and the support is a fitting for reducing left and right shaking during working operation; the working head shell and the dust collector 14 absorb dust generated by roughening operation during working operation, thereby improving working environment; the hydraulic oil tank 15 of the hydraulic pump of the hydraulic head motor and the hydraulic oil tank of the hydraulic cylinder of the forklift are used for storing hydraulic oil required by the hydraulic operation of each system, so that the hydraulic oil required by the hydraulic operation of the hydraulic pump of the hydraulic head motor and the hydraulic oil tank of the hydraulic cylinder of the forklift can be ensured, and the tank body can be arranged separately or can be combined into one oil tank.
If the internet technology control is selected, the control is controlled to use after the circuit is switched on through the internet control after the code scanning payment is selected: the invention can select and install some net electric control integration boxes (such as code scanning payment socket switch boxes, associated description files of patent numbers 2021220498636 and 2021109995051 and the like) to control the on-off of the electric system switch of the anchor hole pipe and the plane elevation roughening machine, thereby facilitating the commercial use of the anchor hole pipe and the plane elevation roughening machine. After the control of the internet technology is adopted, the personnel needing to use the anchor hole pipe and the plane elevation roughening machine can sweep codes and pay and then switch on the circuit to start to use. In addition, the intelligent monitoring camera can be matched with the anchor hole pipe and the plane elevation roughening machine, so that the use and operation conditions of the anchor hole pipe and the plane elevation roughening machine can be conveniently checked in real time by a network mobile phone and a computer with authority.
Claims (10)
1. An anchor hole pipe and plane elevation roughening machine mainly comprises a forklift walking and chassis system (1), a forklift lifting and hydraulic pump valve system (2), a forklift low-voltage power distribution control system (3) and a forklift fork lifting hydraulic cylinder system (4); work lift fill (5), roughening hydraulic pump (6), sanding Mao Yeya motor (7), roughening solenoid valve pipe-line system (8), roughening distribution control system (9), roughening work head operating system (10), plane, facade or hole pipe roughening work head (11), roughening work push handle (12), counter weight integration box and support (13), work head shell and dust catcher (14), work head motor hydraulic pump and fork truck hydraulic cylinder hydraulic pump oil tank (15) are constituteed, characterized by: a wheel type traveling system is arranged under a forklift traveling and chassis system (1), a forklift lifting and hydraulic pump valve system (2) and a forklift low-voltage power distribution control system (3) are arranged on the forklift traveling and chassis system (1), and a forklift fork lifting hydraulic cylinder system (4) is connected with a working lifting bucket (5); the counterweight integration box and the support (13) are arranged above and below the forklift walking and chassis system (1); a roughening power distribution control system (9) and a button on a roughening work pushing handle (12) are connected to control a motor of a roughening hydraulic pump (6) and an electromagnetic valve, and a plane, a vertical surface or a perforated pipe roughening work head (11) connected with a motor (7) of Mao Yeya is used for roughening; the plane, vertical surface or hole tube roughening working head (11) is provided with a diamond roughening wheel, and the diamond roughening wheel is provided with a plurality of diamond protruding tips.
2. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the forklift walking and chassis system (1) is integrated with a walking, lifting, driving and steering wheel system and a brake.
3. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the forklift lifting and hydraulic pump valve system (2) is integrated with a hydraulic pump and an electromagnetic valve, and the forklift fork lifting hydraulic cylinder system (4) is configured to be connected with the working lifting bucket (5).
4. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the forklift low-voltage power distribution control system (3) is arranged on or near a steering handle or a steering wheel, and the lifting buttons are also installed in the working lifting hopper (5) in parallel.
5. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the working lifting bucket (5) is a lifting platform driven by a forklift fork lifting hydraulic cylinder system (4).
6. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the roughening power distribution control system (9) controls the motor of the roughening hydraulic pump (6) and the roughening electromagnetic valve pipeline system (8).
7. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: a button for starting and closing a plane, a vertical surface or a hole pipe roughening working head (11) is arranged on a roughening working pushing handle (12); the switch button for controlling the lifting of the working lifting hopper (5) in situ is arranged and connected on the roughening and power distribution control system (9) cabinet.
8. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the roughening working head lifting system (10) adopts a hand or electric hoist to lift or lower the plane, vertical surface or hole pipe roughening working head (11).
9. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the counterweight integrating box and the support (13) adopt concrete blocks, and universal wheels are arranged on supporting rods which extend out from left and right under the forklift walking and chassis system (1).
10. The anchor pocket tube and planar facade roughening machine as claimed in claim 1, characterised in that: the working head shell and the dust collector (14) are integrated with the existing finished product and are additionally arranged in the working lifting hopper (5); the hydraulic pump of the working head motor and the hydraulic pump oil tank (15) of the forklift hydraulic cylinder can be made into a split or combined tank body, and are matched with an oil filling port and a filter element filter screen for filtering hydraulic oil.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211289914.5A CN118003149A (en) | 2022-10-21 | 2022-10-21 | Anchor hole pipe and plane elevation roughening machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211289914.5A CN118003149A (en) | 2022-10-21 | 2022-10-21 | Anchor hole pipe and plane elevation roughening machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN118003149A true CN118003149A (en) | 2024-05-10 |
Family
ID=90941581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202211289914.5A Pending CN118003149A (en) | 2022-10-21 | 2022-10-21 | Anchor hole pipe and plane elevation roughening machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN118003149A (en) |
-
2022
- 2022-10-21 CN CN202211289914.5A patent/CN118003149A/en active Pending
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