CN205894611U - Wall grooving machine - Google Patents
Wall grooving machine Download PDFInfo
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- CN205894611U CN205894611U CN201620786166.5U CN201620786166U CN205894611U CN 205894611 U CN205894611 U CN 205894611U CN 201620786166 U CN201620786166 U CN 201620786166U CN 205894611 U CN205894611 U CN 205894611U
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Abstract
The utility model discloses a wall grooving machine, including base, blade holder, first support frame, second support frame, third support frame, first lead screw and a driving barrel, be provided with a drive assembly on the base, being provided with first nut seat, a drive assembly, first sprocket on the second support frame, being provided with first nut on the first nut seat, a drive assembly and a driving barrel match and can reciprocate by a relative driving barrel, are connected with the second sprocket on the drive assembly, still including lifting the chain, lift that first sprocket is located to the chain cover and the second chain takes turns to, two free ends that lift the chain are all continuous with the third support frame, be provided with the 2nd drive assembly on the blade holder. The utility model discloses a sectional type bearing structure's design can enlarge cutting blade reached the raggle scope on the width, the wire casing that accurate control cuts a hole on the wall height the degree of depth under the prerequisite of unmovable base.
Description
Technical field
The utility model is related to building engineering field, especially relates to a kind of electric tool, specifically refers to a kind of metope and opens
Scouring machine.
Background technology
In modern Interior fitting-out work, in order to ensure the smooth attractive in appearance of metope, all interiors cabling is all to adopt concealed wire
Embedded, and for buried line, then need metope is carried out slot treatment, namely need to the multiple position of metope open up size differ and
The wire casing that shape differs.Traditional raggle work is mostly to be to be carried out by manual type, but this kind of mode not only high labor intensive, work
Make that efficiency is low, fluting is of poor quality, and safe operation performance is low, and the actual bodily harm to operating personnel is also larger.For improving aforementioned asking
Topic, there is now a kind of electric groover of technological invention, it has casing, casing back designs have handle, are provided with casing
, though it can improve operating efficiency and wire casing quality, still there is security performance in motor, case head shape and cutter and protective cover
The shortcoming of difference, operation and high labor intensive.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of wall grooving machine, is propped up by segmented
The design of support structure, can on the premise of not mobile base, expand cutting blade metope highly go up and width on raggle model
Enclose, be precisely controlled the depth of dug wire casing, have the advantages that security performance height, simple operation, raggle efficiency high and quality are good.
The purpose of this utility model is achieved through the following technical solutions:
A kind of wall grooving machine, the tool rest including base, being provided with cutting blade, be fixed on base upper end first support
Frame, the second bracing frame, for supporting the 3rd bracing frame of tool rest, the first leading screw being vertically arranged and first to take off post, second
Support is matched with the first bracing frame and can relative first bracing frame move up and down；
First drive component is provided with base, the first drive component may act on the first leading screw and first and takes off post, and makes
Obtain the first leading screw and first to take off post and can rotate respectively；
First nut seat, the first transmission component, the first chain positioned at the second bracing frame top are provided with the second bracing frame
Wheel, the first nut seat is provided with the first nut being matched with the first leading screw, the first transmission component takes off post with first and matches
Close and can take off post with respect to first and move up and down, the first transmission component is connected with the second sprocket wheel below the first sprocket wheel；
Also include lift chains, lift chains are sheathed on the first sprocket wheel and the second sprocket wheel, and can with aforementioned both match
Close, two free ends of lift chains are all connected with the 3rd bracing frame；
The second drive component for driving cutting blade to rotate is provided with tool rest.
In the utility model, base is used for supporting total；Tool rest is used for supporting and fixed cutting blade；First driving
Assembly is used for being supplied to the first leading screw and first and takes off post driving source；Second drive component is used for driving cutting blade to carry out at a high speed
Rotate, it can be selected for high-speed electric expreess locomotive；First transmission component is used for realizing the first kinetic energy transmission taking off post and the second sprocket wheel between,
It can change kinetic energy direction of transfer, also enables the change of speed ratio.For realizing aforementioned drive effect, the first transmission component can be by
Several travelling gears, driving chain and transmission output shaft are formed.For realizing independent kinetic energy supply, in the first drive component
Two independent system of kinetic energy can be provided with, namely include two motors, so, you can the first leading screw and first are taken off post
Carry out independent control one to one.
During the utility model zero-bit state, the second bracing frame is located at the low level of the first bracing frame, and the 3rd bracing frame is located at
At the low level of the second bracing frame, at this moment, tool rest is located at the low level of total, and cutting blade can be slotted to metope lower
Process.During mobile cutting blade position, first pass through the first drive component and drive the first leading screw to rotate, the first nut passes through it
Cooperation and the first leading screw between can drive the second bracing frame to move up along the axis direction of the first leading screw.To be moved to first
During the high level of leading screw, then stop driving the first leading screw.Drive first to take off post by the first drive component again to rotate, lead to
Cross the first transmission cooperation taking off post with the first transmission component, this kinetic energy is passed to the second sprocket wheel so that the second sprocket wheel occurs
Rotate, lift chains in the presence of the second sprocket wheel, then drive the 3rd bracing frame to move up relative to the second bracing frame.Treat the 3rd
Bracing frame movement to the second bracing frame high level when, then stop driving first taking off post.At this moment, tool rest is then located at total
High level, cutting blade can carry out slot treatment to metope eminence.Aforementioned process in adjustment cutting blade height and position
In, start the second drive component simultaneously, then cutting blade can be driven to be rotated and processed with realizing the straight line cutting to metope.
It can be seen that, the utility model passes through the design of segmented supporting construction, can expand and cut on the premise of not mobile base
The raggle scope that cutting blade is highly gone up in metope, so, both can effectively reduce the labour intensity of operating personnel, can improve raggle again
The security reliability of operation.
Further, described first drive component includes second that the first motor is matched with described first leading screw
Transmission component and taking off post the 3rd transmission component matching with described first, the input of the second transmission component and the 3rd transmission
The input of assembly is all matched with the output end of the first motor, and the second transmission component is provided with for cut-out first driving
First electromagnetic clutch of transmission between motor and the first leading screw, the 3rd transmission component is provided with for cutting off the first motor
And first take off post between transmission the second electromagnetic clutch.
In the utility model, in the first drive component, only it is provided with a motor, namely the first motor, when the first drive
During dynamic electric motor starting, then in the presence of the second transmission component and the 3rd transmission component, driving source can be transferred to first respectively
Thick stick and first takes off post.Wherein, by the setting of the first electromagnetic clutch, can effective control first motor and the first leading screw
Between kinetic energy transmission disconnection with connect；By the setting of the second electromagnetic clutch, can effective control first motor and
One take off post between kinetic energy transmission disconnection with connect.It can be seen that, the utility model passes through a power source and also can achieve two shuntings
Ground independent control, so, not only can reduce production cost, can optimize the accounting space of structure again.Second transmission component and the 3rd
Transmission component, in addition to electromagnetic clutch, also should include several travelling gears, driving chain and power transmission shaft and be formed, they were both
Kinetic energy direction of transfer can be changed, enable the change to speed ratio again, so, the driving source of the first motor can be enable preferably
Act on the first leading screw and first to take off post.
Further, also include the second of horizontally set to take off post and the 4th bracing frame being connected that takes off post with second, the
3rd drive component is provided with three bracing frames, the 3rd drive component may act on second and takes off post so that second takes off post energy
There is axial movement respectively and circumferentially rotate, described tool rest is installed on the 4th bracing frame.
In the utility model, when the 3rd drive component driving second takes off post and circumferentially rotates, then can pass through the 4th
Bracing frame drives cutting blade to be rotated around the second axial line taking off post, and so, then can expand cutting blade in raggle
The metope scope that can cover.For aforementioned function is better achieved, cutting blade should not be located at the second axis taking off post rotation
On extended line.When the 3rd drive component driving second takes off post generation axial movement, then can drive the 4th bracing frame and tool rest
Move to the direction of metope, and the distance of this movement, then by chisel wire casing depth.Aforementioned mistake in adjustment cutting blade position
Cheng Zhong, starts the second drive component simultaneously, also can achieve that the camber line cutting to metope is processed.It can be seen that, the utility model is not moving
On the premise of dynamic base, not only can expand raggle scope on metope width for the cutting blade, also can be precisely controlled its raggle
Depth.
In the case that the first bracing frame is highly constant, for improving the raggle model that cutting blade is highly gone up in metope further
Enclose, further, the bottom of described 4th bracing frame is provided with the 3rd motor, and the output shaft of the 3rd motor is connected with
Second leading screw, described tool rest is provided with the second nut seat, and the second nut seat is provided with second being matched with the second leading screw
Nut.Start the 3rd motor, the second leading screw can be made to rotate, the second nut passes through its cooperation with the second leading screw,
Drive tool rest moves up along the axis direction of the second leading screw, so, you can change the height and position of cutting blade so as to energy is right
Metope higher height carries out raggle process.
Take off post to second the driving circumferentially rotating and moving axially for realizing the 3rd drive component, further, described
3rd drive component includes taking off post with described second and matching with described second the 4th transmission component matching that takes off post
5th transmission component, the second motor and the handle for driving the 4th transmission component for driving the 5th transmission component,
4th transmission component is acted on by handle, second can be made to take off post the circumferentially rotating of described 3rd bracing frame relatively occurs, the
Two motors act on the 5th transmission component, second can be made to take off post the axial movement of the 3rd bracing frame relatively occurs.This reality
In new, by handle can manual adjustment the 4th bracing frame rotational angle so that operating personnel are more neatly adjusted cuts
The position of cutting blade.Go deep into the position of metope when cutting blade raggle can be precisely controlled by the second motor, so, can have
Effect improves operating efficiency and wire casing quality.
For realize the 4th transmission component and the 5th transmission component and second take off post between cooperation, further, described
Second end taking off post is provided with driving member, driving member include positioned at inner ring the 3rd nut and be located at outer ring and with the 3rd spiral shell
The first drive that female outer wall is connected, also includes the 3rd leading screw running through the 3rd nut and matching with the 3rd nut, the 3rd
Thick stick and free end are connected with the second drive；Described 4th transmission component includes being joined by several travelling gears and driving chain
Close the first transmission group being formed, the input of the first transmission group is matched with described handle, the output end setting of the first transmission group
There is the 3rd drive being meshed with the first drive；Described 5th transmission component is included by several travelling gears and driving-chain
The second transmission group that bar cooperatively forms, the input of the second transmission group is matched with described second motor, the second transmission group
Output end be provided with the 4th drive being meshed with the second drive.
During the utility model application, first turning handle, this source kinetic energy is passed to by the 3rd drive by the first transmission group,
Pass through engaging between the 3rd drive and the first drive again, drive second to take off post and rotated, and then drive the 4th
Support is rotated.Behind the position of good cutting blade to be adjusted, then by this structure movement to cutting blade near metope.Again simultaneously
Start the second drive component and the second motor, the second drive component can drive cutting blade to carry out high-speed rotation, the second drive
Kinetic energy can be passed to the 4th drive by the second transmission group by dynamic motor, then by between the 4th drive and the second drive
Engagement drive the 3rd leading screw to be rotated, the 3rd nut pass through its cooperation with the 3rd leading screw can drive cutting blade to
Deeply to cut the wire casing of certain depth in metope.
In the utility model, for ensureing that the first drive always can be meshed with the 3rd drive, the 3rd drive should have
There is certain axial length.In addition, for realizing changing the transmission in kinetic energy direction between the second drive and the 4th drive, two
Person all can be selected for bevel gear.
Further, the first fastening cylinder and the second fastening cylinder with radial opening, the first fastening cylinder and second are also included
Fastening cylinder is connected on described base and described 4th bracing frame by multi-directional ball respectively, the second fastening cylinder also extends through and is provided with
The locking member of radial opening can be reduced, also include locating rod, locating rod lower end can be coordinated with the first fastening cylinder screw thread, locating rod
The second fastening cylinder can be run through in upper end, and locating rod can be fixed in the second fastening cylinder by locking member.Because cutting blade is being dug
There is larger impulsive force, for consolidating the supporting role to tool rest and cutting blade for the 4th bracing frame, the utility model during metope
It is provided with locating rod.During application, behind the position adjusting the 4th bracing frame, then take out locating rod so as to upper end runs through second
Fastening cylinder, then its lower end is connected in the first fastening cylinder, then pass through locking member locking positioning bar position now, so
Can achieve the supporting role to the 4th bracing frame.
For realizing the first kinetic energy transmission taking off post and the second sprocket wheel between, further, described first transmission component bag
Include the 3rd transmission group being cooperatively formed by several travelling gears and driving chain, in the output end of the 3rd transmission group sheathed
State the second sprocket wheel, the input of the 3rd transmission group is provided with first bevel gear, also include being meshed with first bevel gear and can be with
Described first takes off post the second bevel gear matching, second bevel gear be sheathed on first take off post upper and can the relatively first transmission
Post moves up and down.In the utility model, first takes off post can be selected for six prisms, so not only can achieve second bevel gear and first
Synchronous axial system between taking off post, also can achieve independent moving up and down between second bevel gear and the first Rotational Cylindrical.For realizing
3rd bracing frame more stably moves up and down, and the both sides of the 3rd transmission group all can be provided with output end, correspondingly, the second sprocket wheel setting
There are two and be respectively sleeved in two output ends, the first sprocket wheel is provided with two, and lift chains are provided with two.
For ease of mobile groover, further, the lower end of described base is provided with driving wheel and driven pulley, also includes using
In the 4th motor driving driving wheel.
Compared with prior art, the utility model has the advantages that
1st, the utility model passes through the design of segmented supporting construction, can expand the raggle that cutting blade is highly gone up in metope
Scope, so, both can effectively reduce the labour intensity of operating personnel, can improve the security reliability of raggle operation again.
2nd, the first drive component passes through a power source with also can achieve two shuntings independent controls, namely realizes to first
Thick stick and the first independent control taking off post, so, not only can reduce production cost, can optimize the accounting space of structure again.
3rd, when the 3rd drive component driving second takes off post and circumferentially rotates, cutting blade can be expanded in raggle when institute
The metope scope that can cover.When the 3rd drive component driving second takes off post generation axial movement, then can drive the 4th support
Frame and tool rest move to the direction of metope, and the distance of this movement then by chisel wire casing depth.It can be seen that, the utility model is not
On the premise of mobile base, not only can expand raggle scope on metope width for the cutting blade, also can be precisely controlled its chisel
Groove depth.
4th, because cutting blade has larger impulsive force when digging metope, and cut to tool rest for firm 4th bracing frame
The supporting role of cutting blade, the utility model is provided with locating rod, and it can achieve the powerful support to the 4th bracing frame, it is to avoid its
Operationally shake and affect to dig quality.
Brief description
Fig. 1 is structural representation during one specific embodiment zero-bit state of a kind of wall grooving machine described in the utility model
Figure；
Fig. 2 is that in a kind of wall grooving machine described in the utility model, second bracing frame moves up relative to the first bracing frame
When structural representation；
Fig. 3 is that in a kind of wall grooving machine described in the utility model, 3rd bracing frame moves up relative to the second bracing frame
When structural representation；
Fig. 4 is knot when tool rest moves up relative to the 4th bracing frame in a kind of wall grooving machine described in the utility model
Structure schematic diagram；
Fig. 5 be in a kind of wall grooving machine described in the utility model 4th bracing frame relative to the 3rd bracing frame rotate when
Structural representation；
Fig. 6 is a kind of rearview of one specific embodiment of wall grooving machine described in the utility model；
Fig. 7 is a kind of left view of one specific embodiment of wall grooving machine described in the utility model；
Fig. 8 is that a kind of wall grooving machine described in the utility model is provided with the structure of one specific embodiment of locating rod and shows
It is intended to；
Fig. 9 is the backsight of the 4th one specific embodiment of bracing frame in a kind of wall grooving machine described in the utility model
Figure；
Figure 10 is the knot of the 3rd one specific embodiment of drive component in a kind of wall grooving machine described in the utility model
Structure block diagram；
Figure 11 is the knot of first one specific embodiment of drive component in a kind of wall grooving machine described in the utility model
Structure block diagram.
Entitled corresponding to reference in accompanying drawing: 1, base, the 2, first bracing frame, the 3, second bracing frame, the 4, the 3rd
Bracing frame, the 5, first motor, the 6, the 4th drive, the 7, second transmission component, the 8, the 3rd transmission component, the 9, first leading screw,
10th, first take off post, the 11, first electromagnetic clutch, the 12, first nut seat, 13, second bevel gear, the 14, the 4th bracing frame, 15,
Second drive, the 16, first transmission component, the 17, second sprocket wheel, the 18, first sprocket wheel, 19, lift chains, the 20, the 3rd drive,
21st, the second electromagnetic clutch, the 22, the 3rd leading screw, the 23, the 4th transmission component, 24, second takes off post, the 25, the 3rd motor,
26th, the second leading screw, the 27, second transmission group, the 28, second nut seat, 29, first bevel gear, the 30, second motor, 31,
Five transmission components, 32, tool rest, 33, cutting blade, 34, handle, 35, multi-directional ball, the 36, first fastening cylinder, the 37, second fastening cylinder,
38th, radial opening, 39, locking member, 40, locating rod, 41, driving wheel, 42, driven pulley, the 43, the 4th motor, 44, transmission
Part, the 45, the 3rd nut, the 46, first drive, the 47, first transmission group, the 48, the 3rd transmission group, the 49, first drive component, 50,
Second drive component, the 51, the 3rd drive component.
Specific embodiment
With reference to embodiment and accompanying drawing, the utility model is described in further detail, but enforcement of the present utility model
Mode not limited to this.
Embodiment 1
As shown in Figure 1 to 11, a kind of wall grooving machine, the tool rest 32 including base 1, being provided with cutting blade 33, solid
Be connected in the first bracing frame 2 of base 1 upper end, the second bracing frame 3, for supporting the 3rd bracing frame 4 of tool rest 32, being vertically arranged
First leading screw 9 and first takes off post 10, and the second bracing frame 3 is matched with the first bracing frame 2 and can relative first bracing frame about 2
Mobile；
First drive component 49 is provided with base 1, the first drive component 49 may act on the first leading screw 9 and the first transmission
Post 10 is so that the first leading screw 9 and first takes off post and 10 can rotate respectively；
First nut seat 12, the first transmission component 16 are provided with the second bracing frame 3, are located at the second bracing frame 3 top
First sprocket wheel 18, the first nut seat 12 is provided with the first nut being matched with the first leading screw 9, the first transmission component 16 and
One takes off post 10 matches and relatively first can take off post and 10 move up and down, and the first transmission component 16 is connected with positioned at the first chain
Second sprocket wheel 17 of wheel 18 lower section；
Also include lift chains 19, lift chains 19 are sheathed on the first sprocket wheel 18 and the second sprocket wheel 17, and can with aforementioned
Both match, and two free ends of lift chains 19 are all connected with the 3rd bracing frame 4；
The second drive component 50 for driving cutting blade 33 to rotate is provided with tool rest 32.
Embodiment 2
The present embodiment has been made on the basis of embodiment 1 and having been limited further below: described first drive component 49 includes
The second transmission component 7 that first motor 5 is matched with described first leading screw 9 and taking off post with described first 10 matches
The 3rd transmission component 8, the input of the second transmission component 7 and the input of the 3rd transmission component 8 all with the first motor 5
Output end match, the second transmission component 7 is provided with for cutting off between the first motor 5 and the first leading screw 9 transmission
First electromagnetic clutch 11, the 3rd transmission component 8 be provided with for cut off the first motor 5 and first take off post between 10 pass
The second dynamic electromagnetic clutch 21.
Embodiment 3
The present embodiment has been made on the basis of embodiment 1 and having been limited further below: also includes the second biography of horizontally set
Dynamic post 24 and taking off post 24 the 4th bracing frames 14 being connected with second, the 3rd bracing frame 4 is provided with the 3rd drive component 51, and
Three drive components 51 may act on second take off post 24 so that second take off post 24 can occur respectively axial movement and circumference turn
Dynamic, described tool rest 32 is installed on the 4th bracing frame 14.
Preferably, the bottom of described 4th bracing frame 14 is provided with the 3rd motor 25, the 3rd motor 25 defeated
Shaft is connected with the second leading screw 26, and described tool rest 32 is provided with the second nut seat 28, the second nut seat 28 is provided with and the
The second nut that two leading screws 26 match.
Preferably, described 3rd drive component 51 includes taking off post 24 the 4th transmission components matching with described second
23 with described second take off post 24 the 5th transmission components 31 matching, for drive the 5th transmission component 31 second driving
Motor 30 and the handle 34 for driving the 4th transmission component 23, act on the 4th transmission component 23 by handle 34, can make the
Two take off post the circumferentially rotating of 24 generations described 3rd bracing frame 4 relatively, and the second motor 30 acts on the 5th drive component
31, second can be made to take off post the axial movement that 24 generations are relative to the 3rd bracing frame 4.
Preferably, the described second take off post 24 end is provided with driving member 44, and driving member 44 includes positioned at inner ring
Three nuts 45 be located at outer ring and the first drive 46 being connected with the 3rd nut 45 outer wall, also include running through the 3rd nut 45
And the 3rd leading screw 22 matching with the 3rd nut 45, the 3rd leading screw 22 is connected with the second drive 15 with free end；Described
4th transmission component 23 includes the first transmission group 47 being cooperatively formed by several travelling gears and driving chain, the first transmission group
47 input is matched with described handle 34, and the output end of the first transmission group 47 is provided with and is meshed with the first drive 46
3rd drive 20；Described 5th transmission component 31 includes being passed by several travelling gears and driving chain cooperatively form second
Dynamic group 27, the input of the second transmission group 27 is matched with described second motor 30, and the output end of the second transmission group 27 sets
It is equipped with the 4th drive 6 being meshed with the second drive 15.
Preferably, the first fastening cylinder 36 and the second fastening cylinder 37 with radial opening 38, the first fastening cylinder 36 are also included
It is connected on described base 1 and described 4th bracing frame 14 by multi-directional ball 35 respectively with the second fastening cylinder 37, the second fastening cylinder
Also extend through on 37 and be provided with the locking member 39 that can reduce radial opening, also include locating rod 40, locating rod 40 lower end can be with first
Fastening cylinder 36 screw thread cooperation, the second fastening cylinder 37 can be run through in the upper end of locating rod 40, and locating rod 40 can be fixed by locking member 39
In the second fastening cylinder 37.
Embodiment 4
The present embodiment has been made on the basis of embodiment 1 and having been limited further below: described first transmission component 16 includes
The 3rd transmission group 48 being cooperatively formed by several travelling gears and driving chain, the output end of the 3rd transmission group 48 is arranged with
Described second sprocket wheel 17, the input of the 3rd transmission group 48 is provided with first bevel gear 29, also includes and first bevel gear 29 phase
Engagement and can taking off post 10 second bevel gears 13 matching with described first, second bevel gear 13 is sheathed on first and takes off post 10
Upper and relatively first can take off post and 10 move up and down.
Embodiment 5
The present embodiment has been made on the basis of any one embodiment in embodiment 1～4 and having been limited further below: described
The lower end of base 1 is provided with driving wheel 41 and driven pulley 42, also includes the 4th motor 43 for driving driving wheel 41.
Above content is further description the utility model made with reference to specific preferred embodiment it is impossible to recognize
Fixed specific embodiment of the present utility model is confined to these explanations.Common skill for the utility model art
For art personnel, the other embodiment that draws under without departing from the technical solution of the utility model, should be included in this practicality
In new protection domain.
Claims (9)
1. a kind of wall grooving machine it is characterised in that: include base (1), be provided with cutting blade (33) tool rest (32), be connected
In first bracing frame (2) of base (1) upper end, the second bracing frame (3), it is used for supporting the 3rd bracing frame (4) of tool rest (32), perpendicular
First leading screw (9) and first of straight setting takes off post (10), and the second bracing frame (3) is matched with the first bracing frame (2) and can phase
First bracing frame (2) is moved up and down；
First drive component (49) is provided with base (1), the first drive component (49) may act on the first leading screw (9) and first
Take off post (10) so that the first leading screw (9) and first takes off post (10) can rotate respectively；
First nut seat (12), the first transmission component (16) are provided with the second bracing frame (3), are located at the second bracing frame (3) top
First sprocket wheel (18) at end, the first nut seat (12) is provided with the first nut being matched with the first leading screw (9), the first transmission
Assembly (16) take off post with first (10) match and can relative first take off post (10) move up and down, the first transmission component (16)
On be connected with the second sprocket wheel (17) below the first sprocket wheel (18)；
Also include lift chains (19), lift chains (19) are sheathed on the first sprocket wheel (18) and the second sprocket wheel (17), and can be with
Aforementioned both match, and two free ends of lift chains (19) are all connected with the 3rd bracing frame (4)；
The second drive component (50) for driving cutting blade (33) to rotate is provided with tool rest (32).
2. a kind of wall grooving machine according to claim 1 it is characterised in that: described first drive component (49) includes the
The second transmission component (7) that one motor (5) is matched with described first leading screw (9) and take off post (10) with described first
The 3rd transmission component (8) matching, the input of the input of the second transmission component (7) and the 3rd transmission component (8) all with
The output end of the first motor (5) matches, the second transmission component (7) be provided with for cut off the first motor (5) with
First electromagnetic clutch (11) of transmission between first leading screw (9), the 3rd transmission component (8) is provided with for cut-out first drive
Dynamic motor (5) and first takes off post between (10) second electromagnetic clutch (21) of transmission.
3. a kind of wall grooving machine according to claim 1 it is characterised in that: also include horizontally set second takes off post
(24) and with second take off post the 4th bracing frame (14) that (24) be connected, and the 3rd bracing frame (4) is provided with the 3rd drive component
(51), the 3rd drive component (51) may act on second take off post (24) so that second take off post (24) axial direction can occur respectively
Move and circumferentially rotate, described tool rest (32) is installed on the 4th bracing frame (14).
4. a kind of wall grooving machine according to claim 3 it is characterised in that: the bottom of described 4th bracing frame (14) sets
It is equipped with the 3rd motor (25), the output shaft of the 3rd motor (25) is connected with the second leading screw (26), described tool rest (32)
On be provided with the second nut seat (28), the second nut seat (28) is provided with the second nut being matched with the second leading screw (26).
5. a kind of wall grooving machine according to claim 3 it is characterised in that: described 3rd drive component (51) include with
Described second takes off post the 4th transmission component (23) that (24) match takes off post the 5th biography that (24) match with described second
Dynamic assembly (31), for drive the 5th transmission component (31) the second motor (30) and for drive the 4th transmission component
(23) handle (34), acts on the 4th transmission component (23) by handle (34), and second can be made to take off post (24) generation relatively
The circumferentially rotating of described 3rd bracing frame (4), the second motor (30) acts on the 5th drive component (31), can make the second biography
There is the axial movement of the 3rd bracing frame (4) relatively in dynamic post (24).
6. a kind of wall grooving machine according to claim 5 it is characterised in that: described second end taking off post (24) sets
Be equipped with driving member (44), driving member (44) include positioned at inner ring the 3rd nut (45) and be located at outer ring and with the 3rd nut (45)
The first drive (46) that outer wall is connected, also includes the 3rd running through the 3rd nut (45) and matching with the 3rd nut (45)
Thick stick (22), the 3rd leading screw (22) and free end are connected with the second drive (15)；Described 4th transmission component (23) include by
The first transmission group (47) that several travelling gears and driving chain cooperatively form, the input of the first transmission group (47) with described
Handle (34) matches, and the output end of the first transmission group (47) is provided with the 3rd drive being meshed with the first drive (46)
(20)；Described 5th transmission component (31) includes the second transmission group being cooperatively formed by several travelling gears and driving chain
(27), the input of the second transmission group (27) is matched with described second motor (30), the output of the second transmission group (27)
End is provided with the 4th drive (6) being meshed with the second drive (15).
7. a kind of wall grooving machine according to claim 3 it is characterised in that: also include the first fastening cylinder (36) and have
Multi-directional ball (35) is passed through in second fastening cylinder (37) of radial opening (38), the first fastening cylinder (36) and the second fastening cylinder (37) respectively
It is connected on described base (1) and described 4th bracing frame (14), the second fastening cylinder (37) also extends through to be provided with and can reduce footpath
To the locking member (39) of opening, also include locating rod (40), locating rod (40) lower end can be coordinated with the first fastening cylinder (36) screw thread,
The second fastening cylinder (37) can be run through in the upper end of locating rod (40), and locating rod (40) can be fixed on the second fastening by locking member (39)
In cylinder (37).
8. a kind of wall grooving machine according to claim 1 it is characterised in that: described first transmission component (16) include by
The 3rd transmission group (48) that several travelling gears and driving chain cooperatively form, sheathed in the output end of the 3rd transmission group (48)
There is described second sprocket wheel (17), the input of the 3rd transmission group (48) is provided with first bevel gear (29), also include and the first cone
Gear (29) is meshed and can take off post the second bevel gear (13) that (10) match with described first, and second bevel gear (13) covers
Located at first take off post (10) upper and can relatively first take off post (10) move up and down.
9. a kind of wall grooving machine according to any one in claim 1～8 it is characterised in that: described base (1)
Lower end is provided with driving wheel (41) and driven pulley (42), also includes the 4th motor (43) for driving driving wheel (41).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620786166.5U CN205894611U (en) | 2016-07-25 | 2016-07-25 | Wall grooving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620786166.5U CN205894611U (en) | 2016-07-25 | 2016-07-25 | Wall grooving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205894611U true CN205894611U (en) | 2017-01-18 |
Family
ID=57784286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620786166.5U Withdrawn - After Issue CN205894611U (en) | 2016-07-25 | 2016-07-25 | Wall grooving machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205894611U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106013735A (en) * | 2016-07-25 | 2016-10-12 | 郭荣惠 | Wall surface slotting machine |
| CN107060283A (en) * | 2017-04-21 | 2017-08-18 | 荆门创佳机械科技有限公司 | A kind of metope grooving apparatus |
| CN109702908A (en) * | 2018-05-17 | 2019-05-03 | 金安琪 | A kind of wall-slotting machine for the installation of high-end building hydroelectric facility |
| CN110142885A (en) * | 2019-05-27 | 2019-08-20 | 张志强 | A kind of energy-efficient shock dropping routing machine of multi-angle double-pole reversible type |
-
2016
- 2016-07-25 CN CN201620786166.5U patent/CN205894611U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106013735A (en) * | 2016-07-25 | 2016-10-12 | 郭荣惠 | Wall surface slotting machine |
| CN106013735B (en) * | 2016-07-25 | 2018-06-01 | 郭荣惠 | A kind of wall grooving machine |
| CN107060283A (en) * | 2017-04-21 | 2017-08-18 | 荆门创佳机械科技有限公司 | A kind of metope grooving apparatus |
| CN109702908A (en) * | 2018-05-17 | 2019-05-03 | 金安琪 | A kind of wall-slotting machine for the installation of high-end building hydroelectric facility |
| CN110142885A (en) * | 2019-05-27 | 2019-08-20 | 张志强 | A kind of energy-efficient shock dropping routing machine of multi-angle double-pole reversible type |
| CN110142885B (en) * | 2019-05-27 | 2021-06-01 | 张志强 | Multi-angle double-cutter reverse rotation type efficient energy-saving shock-reducing groove making machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170118 Effective date of abandoning: 20180601 |
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| AV01 | Patent right actively abandoned |