CN108214084A - A kind of horizontal digital-control lathe antidetonation protective device - Google Patents
A kind of horizontal digital-control lathe antidetonation protective device Download PDFInfo
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- CN108214084A CN108214084A CN201711404652.1A CN201711404652A CN108214084A CN 108214084 A CN108214084 A CN 108214084A CN 201711404652 A CN201711404652 A CN 201711404652A CN 108214084 A CN108214084 A CN 108214084A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/08—Protective coverings for parts of machine tools; Splash guards
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- Mechanical Engineering (AREA)
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Abstract
The present invention relates to a kind of numerically-controlled machine tool protective device more particularly to a kind of horizontal digital-control lathe antidetonation protective devices.The technical problem to be solved in the present invention is to provide a kind of horizontal digital-control lathe antidetonation protective devices.In order to solve the above technical problem, the present invention provides such a horizontal digital-control lathe antidetonation protective devices, include pedestal etc.；The perforative rotating hole in left and right is provided in the middle part of second support, the bottom of second support and the right part of base top are connected by way of being welded to connect, first support and second support are set as being flexibly connected with lifting gear, and fixed plate is located above first support and second support.A kind of horizontal digital-control lathe antidetonation protective device provided by the present invention, with lifting gear and gland protective device, safe and reliable protection can be provided for numerically-controlled machine tool, production and development for enterprise, which provide, effectively to be ensured, the configuration of the present invention is simple, convenient for disassembly and assembly, repair easy to maintain, manufacturing cost is low.
Description
Technical field
It is protected and filled with antidetonation the present invention relates to a kind of numerically-controlled machine tool protective device more particularly to a kind of horizontal digital-control lathe
It puts.
Background technology
Numerically-controlled machine tool is the abbreviation of numerically-controlled machine tool, is a kind of automated machine tool equipped with program control system.The control
System processed can be handled logically with control coding or other symbolic instruction regulated procedures, and is decoded, with code
Digital representation, numerical control device is inputted by information carrier.Various control signals are sent out by numerical control device through calculation process, are controlled
The action of lathe, shape and size by drawing, automatically processes part.Numerically-controlled machine tool preferably solves multiple
Miscellaneous, accurate, small lot, the part processing problems of multi items are a kind of flexible, dynamical automated machine tools, represent existing
It is a kind of typical electromechanical integrated product for the developing direction of Machine-Tool Control technology.Earthquake be also known as earthquake, vibrate, be ground
During which vibration caused by during shell quick release of energy can generate a kind of natural phenomena of seismic wave.Plate and plate on the earth
Mutual extrusion and collision between block causes edge of plate and plate interiors to generate the changing of the relative positions and rupture, is the main reason for causing earthquake.
The place that earthquake takes place is known as focus, and the ground right over focus is known as earthquake centre.
The traditional structure of existing horizontal digital-control lathe generally use without antidetonation protective device, is occurring strongly
During earthquake, numerically-controlled machine tool is easily pounded, and is damaged so as to cause numerically-controlled machine tool, is caused serious loss to enterprise, be unfavorable for enterprise
Development.
Invention content
(1) technical problems to be solved
The present invention is protected without antidetonation and is filled for the structure for overcoming existing horizontal digital-control lathe generally use traditional
It puts, when strong earthquake occurs, the shortcomings that numerically-controlled machine tool is easily pounded, the technical problem to be solved in the present invention is to provide one kind
Horizontal digital-control lathe antidetonation protective device.
(2) technical solution
In order to solve the above technical problem, the present invention provides such a horizontal digital-control lathe antidetonation protective device,
It is anti-to include pedestal, first support, second support, lifting gear, fixed plate, gland protective device, the first protective plate and second
Backplate；The bottom of first support and the left part of base top are connected by way of being welded to connect, and are opened in the middle part of second support
There is the perforative rotating hole in left and right, the bottom of second support and the right part of base top are connected by way of being welded to connect, and first
Stent and second support are set as being flexibly connected with lifting gear, and fixed plate is located above first support and second support, the
The top of one stent is connect with the left part of fixed plate bottom by way of being welded to connect, top and the fixed plate bottom of second support
The right part in portion is connected by way of being welded to connect, and is provided with the first groove in the right part of fixed plate, is provided in the left part of fixed plate
Second groove, gland protective device are located at the top of fixed plate, it is recessed that the third extended downwardly are provided at the top of the first protective plate
Slot, the first protective plate are located in the second groove of fixed plate, and the 4th groove extended downwardly is provided at the top of the second protective plate,
Second protective plate is located in the first groove of fixed plate, and the first protective plate and the second protective plate are set as activity even with fixed plate
It connects.
Preferably, lifting gear includes electronic rope-winding wheel, drawstring, pulley, the first motor, rotating disk and pin rod；It is electronic
Rope-winding wheel and the left part of base top are connected by way of being welded to connect, and the bottom righthand side of drawstring is wrapped on electronic rope-winding wheel,
Pulley is set as rotary type with the top of first support front side wall and connect, and drawstring bypasses pulley, drawstring left upper end and the first protection
The lower end of plate right side wall is set as being fixedly connected, and the middle part of the right side wall and second support left side wall of the first motor is connected by bolt
The mode connect connects, and the output shaft of the first motor is located in the rotating hole of second support, the middle part of rotating disk left side wall and first
The right end of motor output shaft is connected by way of being welded to connect, and the left end of pin rod and the right side wall of rotating disk are set as fixed company
It connects, pin rod is set for centering type, and bottom and the pin rod of the second protective plate are set as being flexibly connected.
Preferably, gland protective device includes gantry bar, cover board, the first pin, spring, the second pin, oscillating rod, rolling
Wheel and the first cylinder；Gantry bar is located at the top of fixed plate, and the left part on the left of the bar of gantry at the top of the bottom of bar and fixed plate passes through
The mode being welded to connect connects, and the right part at the top of the bottom of gantry bar right-hand rod and fixed plate is connected by way of being welded to connect
It connects, perforative first pilot hole up and down is provided in the right part of cover board, perforative second pilot hole up and down is provided in the left part of cover board,
Cover board is sleeved on by the first pilot hole of cover board on the right-hand rod of gantry bar, and cover board is sleeved on gantry by the second pilot hole of cover board
On the left side bar of bar, the top of the first pin is connect with the right end of cover board bottom by way of being welded to connect, the first pin with
4th groove of the second protective plate is corresponding, and the first pin is set as being flexibly connected with the second protective plate, and spring is located at fixed plate
Between cover board, spring pocket is on the side lever of gantry bar, and the top of the second pin is with the left end of cover board bottom by being welded to connect
Mode connect, the second pin is corresponding with the third groove of the first protective plate, and the second pin is set as living with the first protective plate
Dynamic connection, the upper end of the left upper end and bar right side wall on the left of the bar of gantry of oscillating rod are set as being articulated and connected, the bottom righthand side of oscillating rod
Be welded with idler wheel, idler wheel is located at the top of cover board, and idler wheel is set as being flexibly connected with cover board, the left end of the first Telescopic-cylinder bar with
The right part of oscillating rod is set as being articulated and connected, and the upper end of the right side wall and gantry bar right-hand rod left side wall of the first cylinder is set as cutting with scissors
It connects in succession.
Preferably, further included the second cylinder, long connecting rod, U-shaped bar, connector bar, L-shaped snap-gauge, spill bar, cam and
Second motor；The bottom of second cylinder is connect by bolted connection with the left part at the top of the bar of gantry, the second Telescopic-cylinder
The left end of bar is connect with the upper end of long connecting rod right side wall by way of being welded to connect, lower end and the U-shaped bar of long connecting rod
Top is connected by way of being welded to connect, and the perforative hole in left and right is provided in the upper end of the first protective plate, in the second pin
Portion is provided with the perforative hole in left and right, and the hole of the first protective plate is corresponding with the hole of the second pin, and the lower beam of U-shaped bar is located at the first protection
In the hole of plate and the hole of the second pin, the first protective plate is set as being flexibly connected with the second pin with U-shaped bar, in the second protection
The top of plate is provided with card slot, and the right end at the top of the lower end of connector bar and fixed plate is connected by way of being welded to connect, L-shaped card
Plate is located at the front of connector bar, and the upper end of connector bar is set as rotary type with the bottom of L-shaped snap-gauge and connect, L-shaped snap-gauge
Left upper end is located in the card slot of the second protective plate, and L-shaped snap-gauge is set as being flexibly connected with the second protective plate, and spill bar is located at little Lian
The front of extension bar, the bottom of L-shaped snap-gauge are connect with the top of spill bar by way of being welded to connect, and cam is located at spill bar
Inside, the rear end of the second motor output shaft are connect with cam by way of being welded to connect, at the top of the second motor and fixed plate
Right part connects by bolted connection, and the second motor is located at the right side of the second protective plate.
Preferably, the first brace, arc buffering plate and the second brace have been further included；The lower-left end of first brace and gantry bar
The middle part at top is connected by way of being welded to connect, and the upper right side of the first brace passes through weldering with the right part of arc buffering plate bottom
The mode connect in succession connects, and the bottom righthand side of the second brace is connect with the middle part at the top of the bar of gantry by way of being welded to connect, the
The left upper end of two braces is connect with the left part of arc buffering plate bottom by way of being welded to connect, the first brace and the second brace
It is set as V-shaped.
Operation principle：Because the present invention includes pedestal, first support, second support, lifting gear, fixed plate, gland
Protective device, the first protective plate and the second protective plate, it is possible to first by numerically-controlled machine tool be placed into middle part at the top of fixed plate into
Row work when needing to protect numerically-controlled machine tool, starts lifting gear and is moved, the first protective plate is driven upwards
It is moved, and moves to the position of setting, while the second protective plate is driven and is moved upwards, and move to setting
Then first protective plate and the second protective plate are combined together, so as to numerical control machine by position with gland protective device simultaneously again
Bed provides the protection of safety.
Because lifting gear includes electronic rope-winding wheel, drawstring, pulley, the first motor, rotating disk and pin rod, working as needs
When using lifting gear, start electronic rope-winding wheel, then drawstring is wound by electronic rope-winding wheel, drawstring is made to pass through pulley
The first protective plate is driven to move upwards, and the first protective plate is brought up to the position of setting, while the first electricity can be started
Machine, the first motor drive rotating disk to be rotated, and so as to the second protective plate be driven to move up and down by pin rod, and can incite somebody to action
Second protective plate brings up the position of setting.
Because gland protective device includes gantry bar, cover board, the first pin, spring, the second pin, oscillating rod, idler wheel
With the first cylinder, so when needing using gland protective device, start the first cylinder and acted, the first cylinder is to oscillating rod
Lower section pushes to the left with idler wheel, so as to be pressed by pair of rollers cover board, and cover board is pressed down on to the position of setting, this
When spring compressed, the first pin is inserted into the 4th groove of the second protective plate, and the second pin is inserted into the first protective plate
In third groove, so as to which the first protective plate, the second protective plate and cover board are closely combined together.
Because the second cylinder, long connecting rod, U-shaped bar, connector bar, L-shaped snap-gauge, spill bar, cam and are further included
Two motors so after the first protective plate, the second protective plate and cover board are closely combined together, start the second cylinder into action
Make, the second cylinder drives long connecting rod and U-shaped bar to be moved to the right, and the lower beam of U-shaped bar is made to be inserted into the first protective plate and the
In the hole of two pins, while start the second motor and operated, the second motor band moving cam turns right, so as to make L-shaped snap-gauge
It is stuck in the card slot of the second protective plate.
Because having further included the first brace, arc buffering plate and the second brace, the upper right side and arc buffering of the first brace
The right part of plate bottom is connected by way of being welded to connect, and the left upper end and the left part of arc buffering plate bottom of the second brace pass through
The mode being welded to connect connects, and the first brace and the second brace are set as V-shaped, so when there is weight to fall from the top down, arc
Shape buffer board can play the role of weight one buffering, and numerically-controlled machine tool preferably can be protected.
(3) advantageous effect
A kind of horizontal digital-control lathe antidetonation protective device provided by the present invention has lifting gear and gland protection dress
It puts, safe and reliable protection for numerically-controlled machine tool can be provided, numerically-controlled machine tool is avoided to be damaged in earthquake, be production and the hair of enterprise
Exhibition is provided and is effectively ensured, the configuration of the present invention is simple is easy to operate, convenient for disassembly and assembly, repair easy to maintain, maintenance and repair cost
It is low, it easily manufactures, manufacturing cost is low.
Description of the drawings
Fig. 1 is the main view schematic diagram of the present invention.
Fig. 2 is the main view schematic diagram of the second cylinder of the present invention.
Fig. 3 is the main view schematic diagram of the arc buffering plate of the present invention.
Label in attached drawing for：1- pedestals, 2- first supports, 3- second supports, 4- lifting gears, 5- fixed plates, 6- pressures
Lid protective device, the first protective plates of 7-, the second protective plates of 8-, 9- numerically-controlled machine tools, 30- rotating holes, the electronic rope-winding wheels of 41-, 42- are drawn
Rope, 43- pulleys, the first motors of 44-, 45- rotating disks, 46- pin rods, the first grooves of 51-, the second grooves of 52-, 61- gantry bar,
62- cover boards, the first pins of 63-, 64- springs, the second pins of 65-, 66- oscillating rods, 67- idler wheels, the first cylinders of 68-, 70- thirds
Groove, the second cylinders of 71-, 72- long connecting rods, 73-U shape bars, 74- connector bars, 75-L shape snap-gauges, 76- spill bars, 77- are convex
Wheel, the second motors of 78-, the 4th grooves of 80-, 81- card slots, the first braces of 91-, 92- arc buffering plates, the second braces of 93-, 621-
First pilot hole, the second pilot holes of 622-.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of horizontal digital-control lathe antidetonation protective device as shown in Figs. 1-3, includes pedestal 1, first support 2, second
Stent 3, lifting gear 4, fixed plate 5, gland protective device 6, the first protective plate 7 and the second protective plate 8；The bottom of first support 2
Portion is connect with the left part at 1 top of pedestal by way of being welded to connect, and the perforative rotation in left and right is provided at the middle part of second support 3
Hole 30, the bottom of second support 3 are connect with the right part at 1 top of pedestal by way of being welded to connect, first support 2 and second
Frame 3 is set as being flexibly connected with lifting gear 4, and fixed plate 5 is located at 3 top of first support 2 and second support, first support 2
Top connect by way of being welded to connect with the left part of 5 bottom of fixed plate, the top of second support 3 and 5 bottom of fixed plate
Right part connected by way of being welded to connect, be provided with the first groove 51 in the right part of fixed plate 5, opened in the left part of fixed plate 5
There is the second groove 52, gland protective device 6 is located at the top of fixed plate 5, is provided with what is extended downwardly at the top of the first protective plate 7
Third groove 70, the first protective plate 7 are located in the second groove 52 of fixed plate 5, are provided at the top of the second protective plate 8 to downward
The 4th groove 80 stretched, the second protective plate 8 are located in the first groove 51 of fixed plate 5, the first protective plate 7 and the second protective plate 8
It is set as being flexibly connected with fixed plate 5.
Embodiment 2
A kind of horizontal digital-control lathe antidetonation protective device as shown in Figs. 1-3, includes pedestal 1, first support 2, second
Stent 3, lifting gear 4, fixed plate 5, gland protective device 6, the first protective plate 7 and the second protective plate 8；The bottom of first support 2
Portion is connect with the left part at 1 top of pedestal by way of being welded to connect, and the perforative rotation in left and right is provided at the middle part of second support 3
Hole 30, the bottom of second support 3 are connect with the right part at 1 top of pedestal by way of being welded to connect, first support 2 and second
Frame 3 is set as being flexibly connected with lifting gear 4, and fixed plate 5 is located at 3 top of first support 2 and second support, first support 2
Top connect by way of being welded to connect with the left part of 5 bottom of fixed plate, the top of second support 3 and 5 bottom of fixed plate
Right part connected by way of being welded to connect, be provided with the first groove 51 in the right part of fixed plate 5, opened in the left part of fixed plate 5
There is the second groove 52, gland protective device 6 is located at the top of fixed plate 5, is provided with what is extended downwardly at the top of the first protective plate 7
Third groove 70, the first protective plate 7 are located in the second groove 52 of fixed plate 5, are provided at the top of the second protective plate 8 to downward
The 4th groove 80 stretched, the second protective plate 8 are located in the first groove 51 of fixed plate 5, the first protective plate 7 and the second protective plate 8
It is set as being flexibly connected with fixed plate 5.
Lifting gear 4 includes electronic rope-winding wheel 41, drawstring 42, pulley 43, the first motor 44, rotating disk 45 and pin rod
46；Electronic rope-winding wheel 41 is connect with the left part at 1 top of pedestal by way of being welded to connect, and the bottom righthand side of drawstring 42 is wrapped in electricity
On dynamic rope-winding wheel 41, pulley 43 is set as rotary type with the top of 2 front side wall of first support and connect, and drawstring 42 bypasses pulley 43,
42 left upper end of drawstring is set as being fixedly connected with the lower end of 7 right side wall of the first protective plate, the right side wall and second of the first motor 44
The middle part of 3 left side wall of stent connects by bolted connection, and the output shaft of the first motor 44 is located at the rotation of second support 3
In hole 30, the middle part of 45 left side wall of rotating disk is connect with the right end of 44 output shaft of the first motor by way of being welded to connect, pin
The left end of bar 46 is set as being fixedly connected with the right side wall of rotating disk 45, and pin rod 46 is set for centering type, the bottom of the second protective plate 8
Portion is set as being flexibly connected with pin rod 46.
Embodiment 3
A kind of horizontal digital-control lathe antidetonation protective device as shown in Figs. 1-3, includes pedestal 1, first support 2, second
Stent 3, lifting gear 4, fixed plate 5, gland protective device 6, the first protective plate 7 and the second protective plate 8；The bottom of first support 2
Portion is connect with the left part at 1 top of pedestal by way of being welded to connect, and the perforative rotation in left and right is provided at the middle part of second support 3
Hole 30, the bottom of second support 3 are connect with the right part at 1 top of pedestal by way of being welded to connect, first support 2 and second
Frame 3 is set as being flexibly connected with lifting gear 4, and fixed plate 5 is located at 3 top of first support 2 and second support, first support 2
Top connect by way of being welded to connect with the left part of 5 bottom of fixed plate, the top of second support 3 and 5 bottom of fixed plate
Right part connected by way of being welded to connect, be provided with the first groove 51 in the right part of fixed plate 5, opened in the left part of fixed plate 5
There is the second groove 52, gland protective device 6 is located at the top of fixed plate 5, is provided with what is extended downwardly at the top of the first protective plate 7
Third groove 70, the first protective plate 7 are located in the second groove 52 of fixed plate 5, are provided at the top of the second protective plate 8 to downward
The 4th groove 80 stretched, the second protective plate 8 are located in the first groove 51 of fixed plate 5, the first protective plate 7 and the second protective plate 8
It is set as being flexibly connected with fixed plate 5.
Lifting gear 4 includes electronic rope-winding wheel 41, drawstring 42, pulley 43, the first motor 44, rotating disk 45 and pin rod
46；Electronic rope-winding wheel 41 is connect with the left part at 1 top of pedestal by way of being welded to connect, and the bottom righthand side of drawstring 42 is wrapped in electricity
On dynamic rope-winding wheel 41, pulley 43 is set as rotary type with the top of 2 front side wall of first support and connect, and drawstring 42 bypasses pulley 43,
42 left upper end of drawstring is set as being fixedly connected with the lower end of 7 right side wall of the first protective plate, the right side wall and second of the first motor 44
The middle part of 3 left side wall of stent connects by bolted connection, and the output shaft of the first motor 44 is located at the rotation of second support 3
In hole 30, the middle part of 45 left side wall of rotating disk is connect with the right end of 44 output shaft of the first motor by way of being welded to connect, pin
The left end of bar 46 is set as being fixedly connected with the right side wall of rotating disk 45, and pin rod 46 is set for centering type, the bottom of the second protective plate 8
Portion is set as being flexibly connected with pin rod 46.
Gland protective device 6 includes gantry bar 61, cover board 62, the first pin 63, spring 64, the second pin 65, swings
Bar 66,67 and first cylinder 68 of idler wheel；Gantry bar 61 is located at the top of fixed plate 5, the bottom of 61 left side bar of gantry bar and fixation
The left part at 5 top of plate is connected by way of being welded to connect, and the right part of the bottom and 5 top of fixed plate of 61 right-hand rod of gantry bar leads to
It crosses the mode being welded to connect to connect, perforative first pilot hole 621 up and down is provided in the right part of cover board 62, in the left part of cover board 62
It is provided with perforative second pilot hole 622, cover board 62 up and down and the right side of gantry bar 61 is sleeved on by the first pilot hole 621 of cover board 62
On bar, cover board 62 is sleeved on by the second pilot hole 622 of cover board 62 on the left side bar of gantry bar 61, the top of the first pin 63 with
The right end of 62 bottom of cover board is connected by way of being welded to connect, 80 phase of the 4th groove of the first pin 63 and the second protective plate 8
Corresponding, the first pin 63 is set as being flexibly connected with the second protective plate 8, and spring 64 is between fixed plate 5 and cover board 62, spring
64 are sleeved on the side lever of gantry bar 61, and the left end on the top and 62 bottom of cover board of the second pin 65 is connected by way of being welded to connect
It connects, the second pin 65 is corresponding with the third groove 70 of the first protective plate 7, and the second pin 65 is set as living with the first protective plate 7
Dynamic connection, the upper end of the left upper end and 61 left side bar right side wall of gantry bar of oscillating rod 66 are set as being articulated and connected, oscillating rod 66
Bottom righthand side is welded with idler wheel 67, and idler wheel 67 is located at the top of cover board 62, and idler wheel 67 is set as being flexibly connected with cover board 62, the first gas
The left end of 68 telescopic rod of cylinder and the right part of oscillating rod 66 are set as being articulated and connected, and the right side wall and gantry bar 61 of the first cylinder 68 are right
The upper end of side lever left side wall is set as being articulated and connected.
Embodiment 4
A kind of horizontal digital-control lathe antidetonation protective device as shown in Figs. 1-3, includes pedestal 1, first support 2, second
Stent 3, lifting gear 4, fixed plate 5, gland protective device 6, the first protective plate 7 and the second protective plate 8；The bottom of first support 2
Portion is connect with the left part at 1 top of pedestal by way of being welded to connect, and the perforative rotation in left and right is provided at the middle part of second support 3
Hole 30, the bottom of second support 3 are connect with the right part at 1 top of pedestal by way of being welded to connect, first support 2 and second
Frame 3 is set as being flexibly connected with lifting gear 4, and fixed plate 5 is located at 3 top of first support 2 and second support, first support 2
Top connect by way of being welded to connect with the left part of 5 bottom of fixed plate, the top of second support 3 and 5 bottom of fixed plate
Right part connected by way of being welded to connect, be provided with the first groove 51 in the right part of fixed plate 5, opened in the left part of fixed plate 5
There is the second groove 52, gland protective device 6 is located at the top of fixed plate 5, is provided with what is extended downwardly at the top of the first protective plate 7
Third groove 70, the first protective plate 7 are located in the second groove 52 of fixed plate 5, are provided at the top of the second protective plate 8 to downward
The 4th groove 80 stretched, the second protective plate 8 are located in the first groove 51 of fixed plate 5, the first protective plate 7 and the second protective plate 8
It is set as being flexibly connected with fixed plate 5.
Lifting gear 4 includes electronic rope-winding wheel 41, drawstring 42, pulley 43, the first motor 44, rotating disk 45 and pin rod
46；Electronic rope-winding wheel 41 is connect with the left part at 1 top of pedestal by way of being welded to connect, and the bottom righthand side of drawstring 42 is wrapped in electricity
On dynamic rope-winding wheel 41, pulley 43 is set as rotary type with the top of 2 front side wall of first support and connect, and drawstring 42 bypasses pulley 43,
42 left upper end of drawstring is set as being fixedly connected with the lower end of 7 right side wall of the first protective plate, the right side wall and second of the first motor 44
The middle part of 3 left side wall of stent connects by bolted connection, and the output shaft of the first motor 44 is located at the rotation of second support 3
In hole 30, the middle part of 45 left side wall of rotating disk is connect with the right end of 44 output shaft of the first motor by way of being welded to connect, pin
The left end of bar 46 is set as being fixedly connected with the right side wall of rotating disk 45, and pin rod 46 is set for centering type, the bottom of the second protective plate 8
Portion is set as being flexibly connected with pin rod 46.
Gland protective device 6 includes gantry bar 61, cover board 62, the first pin 63, spring 64, the second pin 65, swings
Bar 66,67 and first cylinder 68 of idler wheel；Gantry bar 61 is located at the top of fixed plate 5, the bottom of 61 left side bar of gantry bar and fixation
The left part at 5 top of plate is connected by way of being welded to connect, and the right part of the bottom and 5 top of fixed plate of 61 right-hand rod of gantry bar leads to
It crosses the mode being welded to connect to connect, perforative first pilot hole 621 up and down is provided in the right part of cover board 62, in the left part of cover board 62
It is provided with perforative second pilot hole 622, cover board 62 up and down and the right side of gantry bar 61 is sleeved on by the first pilot hole 621 of cover board 62
On bar, cover board 62 is sleeved on by the second pilot hole 622 of cover board 62 on the left side bar of gantry bar 61, the top of the first pin 63 with
The right end of 62 bottom of cover board is connected by way of being welded to connect, 80 phase of the 4th groove of the first pin 63 and the second protective plate 8
Corresponding, the first pin 63 is set as being flexibly connected with the second protective plate 8, and spring 64 is between fixed plate 5 and cover board 62, spring
64 are sleeved on the side lever of gantry bar 61, and the left end on the top and 62 bottom of cover board of the second pin 65 is connected by way of being welded to connect
It connects, the second pin 65 is corresponding with the third groove 70 of the first protective plate 7, and the second pin 65 is set as living with the first protective plate 7
Dynamic connection, the upper end of the left upper end and 61 left side bar right side wall of gantry bar of oscillating rod 66 are set as being articulated and connected, oscillating rod 66
Bottom righthand side is welded with idler wheel 67, and idler wheel 67 is located at the top of cover board 62, and idler wheel 67 is set as being flexibly connected with cover board 62, the first gas
The left end of 68 telescopic rod of cylinder and the right part of oscillating rod 66 are set as being articulated and connected, and the right side wall and gantry bar 61 of the first cylinder 68 are right
The upper end of side lever left side wall is set as being articulated and connected.
Further included the second cylinder 71, long connecting rod 72, U-shaped bar 73, connector bar 74, L-shaped snap-gauge 75, spill bar 76,
77 and second motor 78 of cam；The bottom of second cylinder 71 and the left part at 61 top of gantry bar connect by bolted connection
It connects, the left end of 71 telescopic rod of the second cylinder is connect with the upper end of long 72 right side wall of connecting rod by way of being welded to connect, long to connect
The lower end of extension bar 72 is connect with the top of U-shaped bar 73 by way of being welded to connect, and left and right is provided in the upper end of the first protective plate 7
Perforative hole is provided with the perforative hole in left and right, the hole of the first protective plate 7 and the hole phase of the second pin 65 at the middle part of the second pin 65
Corresponding, the lower beam of U-shaped bar 73 is located in the hole of the first protective plate 7 and the hole of the second pin 65, the first protective plate 7 and the second pin
65 are set as being flexibly connected with U-shaped bar 73, are provided with card slot 81 on the top of the second protective plate 8, the lower end of connector bar 74 with
The right end at 5 top of fixed plate is connected by way of being welded to connect, and L-shaped snap-gauge 75 is located at the front of connector bar 74, small connection
The upper end of bar 74 is set as rotary type with the bottom of L-shaped snap-gauge 75 and connect, and the left upper end of L-shaped snap-gauge 75 is located at the second protective plate 8
Card slot 81 in, L-shaped snap-gauge 75 is set as being flexibly connected with the second protective plate 8, and spill bar 76 is located at the front of connector bar 74,
The bottom of L-shaped snap-gauge 75 is connect with the top of spill bar 76 by way of being welded to connect, and cam 77 is located at the interior of spill bar 76
Portion, the rear end of 78 output shaft of the second motor are connect with cam 77 by way of being welded to connect, and the second motor 78 is pushed up with fixed plate 5
The right part in portion connects by bolted connection, and the second motor 78 is located at the right side of the second protective plate 8.
The first brace 91,92 and second brace 93 of arc buffering plate are further included；The lower-left end and gantry of first brace 91
The middle part at 61 top of bar is connected by way of being welded to connect, the upper right side of the first brace 91 and the right side of 92 bottom of arc buffering plate
Portion is connected by way of being welded to connect, and the middle part at the bottom righthand side of the second brace 93 and 61 top of gantry bar is by being welded to connect
Mode connects, and the left upper end of the second brace 93 is connect with the left part of 92 bottom of arc buffering plate by way of being welded to connect, the
One brace 91 and the second brace 93 are set as V-shaped.
Operation principle：Because the present invention include pedestal 1, first support 2, second support 3, lifting gear 4, fixed plate 5,
Gland protective device 6, the first protective plate 7 and the second protective plate 8, it is possible to numerically-controlled machine tool 9 is first placed into 5 top of fixed plate
Middle part work, when needing to protect numerically-controlled machine tool 9, start lifting gear 4 moved, the first protective plate 7
It is driven and is moved upwards, and move to the position of setting, while the second protective plate 8 is driven and is moved upwards,
And the position of setting is moved to, then the first protective plate 7 and the second protective plate 8 are incorporated in simultaneously with gland protective device 6 again
Together, so as to provide numerically-controlled machine tool 9 safe protection.
Because lifting gear 4 includes electronic rope-winding wheel 41, drawstring 42, pulley 43, the first motor 44, rotating disk 45 and pin
Bar 46 so when needing using lifting gear 4, starts electronic rope-winding wheel 41, then by electronic rope-winding wheel 41 to drawstring 42 into
Row winding, makes drawstring 42 the first protective plate 7 be driven to move upwards, and the first protective plate 7 is brought up and is set by pulley 43
Fixed position, while the first motor 44 can be started, the first motor 44 drives rotating disk 45 to be rotated, so as to pass through pin rod 46
The second protective plate 8 is driven to move up and down, and the second protective plate 8 can be brought up to the position of setting.
Because gland protective device 6 include gantry bar 61, cover board 62, the first pin 63, spring 64, the second pin 65,
Oscillating rod 66,67 and first cylinder 68 of idler wheel so when needing using gland protective device 6, start the first cylinder 68 and carry out
Action, the first cylinder 68 is to oscillating rod 66 and the lower section promotion to the left of idler wheel 67, so that cover board 62 is pressed by idler wheel 67,
And cover board 62 is pressed down on to the position of setting, spring 64 is compressed at this time, and the first pin 63 is inserted into the second protective plate 8
In 4th groove 80, the second pin 65 is inserted into the third groove 70 of the first protective plate 7, so as to by the first protective plate 7,
Second protective plate 8 and cover board 62 are closely combined together.
Because the second cylinder 71, long connecting rod 72, U-shaped bar 73, connector bar 74, L-shaped snap-gauge 75, spill bar are further included
76th, 77 and second motor 78 of cam, so when the first protective plate 7, the second protective plate 8 and cover board 62 are closely combined together
Afterwards, start the second cylinder 71 to be acted, the second cylinder 71 drives long connecting rod 72 and U-shaped bar 73 to be moved to the right, makes U-shaped
The lower beam of bar 73 is inserted into the hole of the first protective plate 7 and the second pin 65, while is started the second motor 78 and operated, and second
Motor 78 turns right with moving cam 77, so as to which L-shaped snap-gauge 75 be made to be stuck in the card slot 81 of the second protective plate 8.
Because having further included the first brace 91,92 and second brace 93 of arc buffering plate, the upper right side of the first brace 91 with
The right part of 92 bottom of arc buffering plate is connected by way of being welded to connect, left upper end and the arc buffering plate 92 of the second brace 93
The left part of bottom is connected by way of being welded to connect, and the first brace 91 and the second brace 93 are set as V-shaped, so when there is weight
When object is fallen from the top down, arc buffering plate 92 can play the role of weight one buffering, and numerically-controlled machine tool 9 can be carried out more
Good protection.
Embodiment described above only expresses the preferred embodiment of the present invention, and description is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (5)
1. a kind of horizontal digital-control lathe antidetonation protective device, which is characterized in that include pedestal (1), first support (2),
Two stents (3), lifting gear (4), fixed plate (5), gland protective device (6), the first protective plate (7) and the second protective plate (8)；
The bottom of first support (2) is connect with the left part at the top of pedestal (1) by way of being welded to connect, in second support (3)
Portion is provided with the perforative rotating hole in left and right (30), and the bottom of second support (3) and the right part at the top of pedestal (1) are by being welded to connect
Mode connects, and first support (2) and second support (3) are set as being flexibly connected with lifting gear (4), and fixed plate (5) is located at
Above first support (2) and second support (3), the top of first support (2) passes through the company of welding with the left part of fixed plate (5) bottom
The mode connect connects, and the top of second support (3) is connect with the right part of fixed plate (5) bottom by way of being welded to connect,
The right part of fixed plate (5) is provided with the first groove (51), and the second groove (52), gland protection dress are provided in the left part of fixed plate (5)
(6) are put positioned at the top of fixed plate (5), are provided with the third groove (70) extended downwardly at the top of the first protective plate (7), first
Protective plate (7) is provided with the extended downwardly in the second groove (52) of fixed plate (5) at the top of the second protective plate (8)
Four grooves (80), the second protective plate (8) is in the first groove (51) of fixed plate (5), the first protective plate (7) and the second protection
Plate (8) is set as being flexibly connected with fixed plate (5).
A kind of 2. horizontal digital-control lathe antidetonation protective device according to claim 1, which is characterized in that lifting gear
(4) include electronic rope-winding wheel (41), drawstring (42), pulley (43), the first motor (44), rotating disk (45) and pin rod (46)；
Electronic rope-winding wheel (41) is connect with the left part at the top of pedestal (1) by way of being welded to connect, the bottom righthand side winding of drawstring (42)
On electronic rope-winding wheel (41), pulley (43) is set as rotary type with the top of first support (2) front side wall and connect, drawstring (42)
Around pulley (43), drawstring (42) left upper end is set as being fixedly connected with the lower end of the first protective plate (7) right side wall, the first motor
(44) right side wall is connect by bolted connection with the middle part of second support (3) left side wall, the first motor (44) it is defeated
Shaft is located in the rotating hole (30) of second support (3), middle part and the first motor (44) output shaft of rotating disk (45) left side wall
Right end connected by way of being welded to connect, the left end of pin rod (46) and the right side wall of rotating disk (45) are set as fixed company
It connects, pin rod (46) is set for centering type, and the bottom of the second protective plate (8) is set as being flexibly connected with pin rod (46).
A kind of 3. horizontal digital-control lathe antidetonation protective device according to claim 2, which is characterized in that gland protection dress
Put (6) include gantry bar (61), cover board (62), the first pin (63), spring (64), the second pin (65), oscillating rod (66),
Idler wheel (67) and the first cylinder (68)；Gantry bar (61) positioned at the top of fixed plate (5), on the left of gantry bar (61) bottom of bar with
Left part at the top of fixed plate (5) is connected by way of being welded to connect, and the bottom and fixed plate (5) of gantry bar (61) right-hand rod are pushed up
The right part in portion is connected by way of being welded to connect, and perforative first pilot hole (621) up and down is provided in the right part of cover board (62),
Perforative second pilot hole (622) up and down is provided in the left part of cover board (62), cover board (62) is oriented to by the first of cover board (62)
Hole (621) is sleeved on the right-hand rod of gantry bar (61), and cover board (62) is sleeved on gantry by the second pilot hole (622) of cover board (62)
On the left side bar of bar (61), the right end on the top and cover board (62) bottom of the first pin (63) is connected by way of being welded to connect
It connects, the first pin (63) is corresponding with the 4th groove (80) of the second protective plate (8), the first pin (63) and the second protective plate
(8) it is set as being flexibly connected, for spring (64) between fixed plate (5) and cover board (62), spring (64) is sleeved on gantry bar (61)
Side lever on, the top of the second pin (65) is connect with the left end of cover board (62) bottom by way of being welded to connect, second pin
Column (65) is corresponding with the third groove (70) of the first protective plate (7), and the second pin (65) is set as living with the first protective plate (7)
Dynamic connection, the upper end of the left upper end and bar right side wall on the left of gantry bar (61) of oscillating rod (66) are set as being articulated and connected, oscillating rod
(66) bottom righthand side is welded with idler wheel (67), and idler wheel (67) is set positioned at the top of cover board (62), idler wheel (67) with cover board (62)
For flexible connection, the right part of the left end and oscillating rod (66) of the first cylinder (68) telescopic rod is set as being articulated and connected, the first cylinder
(68) upper end of right side wall and gantry bar (61) right-hand rod left side wall is set as being articulated and connected.
4. a kind of horizontal digital-control lathe antidetonation protective device according to claim 3, which is characterized in that further included
Two cylinders (71), long connecting rod (72), U-shaped bar (73), connector bar (74), L-shaped snap-gauge (75), spill bar (76), cam
(77) and the second motor (78)；Left part at the top of the bottom of second cylinder (71) and gantry bar (61) is by bolted connection
Connection, the upper end of the left end and long connecting rod (72) right side wall of the second cylinder (71) telescopic rod is connected by way of being welded to connect
It connects, the lower end of long connecting rod (72) is connect with the top of U-shaped bar (73) by way of being welded to connect, in the first protective plate (7)
Upper end be provided with the perforative hole in left and right, the perforative hole in left and right, the hole of the first protective plate (7) are provided in the middle part of the second pin (65)
Corresponding with the hole of the second pin (65), the lower beam of U-shaped bar (73) is located at the hole of the first protective plate (7) and the second pin (65)
In hole, the first protective plate (7) is set as being flexibly connected with the second pin (65) with U-shaped bar (73), in the second protective plate (8)
Top is provided with card slot (81), and lower end and the right end at the top of fixed plate (5) of connector bar (74) are connected by way of being welded to connect
It connects, L-shaped snap-gauge (75) is set positioned at the front of connector bar (74), the upper end and the bottom of L-shaped snap-gauge (75) of connector bar (74)
Be set to rotary type connection, the left upper end of L-shaped snap-gauge (75) is located in the card slot (81) of the second protective plate (8), L-shaped snap-gauge (75) and
Second protective plate (8) is set as being flexibly connected, and spill bar (76) is positioned at the front of connector bar (74), the bottom of L-shaped snap-gauge (75)
Portion is connect with the top of spill bar (76) by way of being welded to connect, and cam (77) is positioned at the inside of spill bar (76), and second
The rear end of motor (78) output shaft is connect with cam (77) by way of being welded to connect, the second motor (78) and fixed plate (5)
The right part at top connects by bolted connection, and the second motor (78) is positioned at the right side of the second protective plate (8).
5. a kind of horizontal digital-control lathe antidetonation protective device according to claim 4, which is characterized in that further included
One brace (91), arc buffering plate (92) and the second brace (93)；The lower-left end of first brace (91) and gantry bar (61) top
Middle part connected by way of being welded to connect, the upper right side and the right part of arc buffering plate (92) bottom of the first brace (91) lead to
It crosses the mode being welded to connect to connect, the bottom righthand side of the second brace (93) and the middle part at the top of gantry bar (61) are by being welded to connect
Mode connects, and the left upper end and the left part of arc buffering plate (92) bottom of the second brace (93) are connected by way of being welded to connect
It connects, the first brace (91) is set as V-shaped with the second brace (93).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711404652.1A CN108214084A (en) | 2017-12-22 | 2017-12-22 | A kind of horizontal digital-control lathe antidetonation protective device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711404652.1A CN108214084A (en) | 2017-12-22 | 2017-12-22 | A kind of horizontal digital-control lathe antidetonation protective device |
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| Publication Number | Publication Date |
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| CN108214084A true CN108214084A (en) | 2018-06-29 |
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|---|---|---|---|
| CN201711404652.1A Pending CN108214084A (en) | 2017-12-22 | 2017-12-22 | A kind of horizontal digital-control lathe antidetonation protective device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113161908A (en) * | 2021-04-26 | 2021-07-23 | 李德鲁 | Outdoor switch board convenient to monitoring part loading and unloading is overhauld |
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Application publication date: 20180629 |
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