CN106013735A - Wall surface slotting machine - Google Patents

Wall surface slotting machine Download PDF

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Publication number
CN106013735A
CN106013735A CN201610588886.5A CN201610588886A CN106013735A CN 106013735 A CN106013735 A CN 106013735A CN 201610588886 A CN201610588886 A CN 201610588886A CN 106013735 A CN106013735 A CN 106013735A
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China
Prior art keywords
post
bracing frame
transmission
driving
transmission component
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CN201610588886.5A
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Chinese (zh)
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CN106013735B (en
Inventor
郭荣惠
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郭荣惠
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Priority to CN201610588886.5A priority Critical patent/CN106013735B/en
Publication of CN106013735A publication Critical patent/CN106013735A/en
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Publication of CN106013735B publication Critical patent/CN106013735B/en
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Classifications

    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F21/00Implements for finishing work on buildings

Abstract

The invention discloses a wall surface slotting machine which comprises a base, a tool apron, a first supporting frame, a second supporting frame, a third supporting frame, a first lead screw and a first transmission column. A first drive assembly is arranged on the base. A first nut base, a first transmission assembly and a first chain wheel are arranged on the second supporting frame. A first nut is arranged on the first nut base. The first transmission assembly is matched with the first transmission column and can move up and down relative to the first transmission column. A second chain wheel is connected with the first transmission assembly. The wall surface slotting machine further comprises a lifting chain which is arranged on the first chain wheel and the second chain wheel in a sleeving mode. Two free ends of the lifting chain are both connected with the third supporting frame. A second drive assembly is arranged on the tool apron. Through the design of the segmented supporting structure, on the premise of not moving the base, the slotting range of a cutting blade in the height and the width of a wall surface can be enlarged and the depth of cut slots can be precisely controlled.

Description

A kind of wall grooving machine
Technical field
The present invention relates to building engineering field, especially relate to a kind of electric tool, specifically refer to a kind of wall grooving machine.
Background technology
In modern Interior fitting-out work, in order to ensure the smooth attractive in appearance of metope, all indoor cablings are all to use concealed wire to bury underground, and for buried line, then need to carry out metope slot treatment, namely need to offer, in the multiple position of metope, the wire casing that size differs and shape differs.Traditional raggle work mostly is to be carried out by manual type, but this kind mode not only labor intensity is big, inefficiency, fluting are of poor quality, and processing safety energy is low, and the actual bodily harm to operator is the biggest.For improving foregoing problems, there is now a kind of electric groover of technological invention, it has casing, casing back designs has handle, motor is installed in casing,, though it can improve work efficiency and wire casing quality, but still there is the shortcoming that poor safety performance, operation and labor intensity are big in case head shape cutter again and protective cover.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, a kind of wall grooving machine is provided, design by stagewise supporting construction, can be on the premise of not moving base, expand cutting blade raggle scope on metope height and on width, it is precisely controlled the degree of depth of dug wire casing, there is the advantage that security performance height, simple operation, raggle efficiency height and quality are good.
The purpose of the present invention is achieved through the following technical solutions:
A kind of wall grooving machine, the tool rest that including base, is provided with cutting blade, be fixed on the first bracing frame of base upper end, the second bracing frame, for supporting the 3rd bracing frame of tool rest, the first leading screw being vertically arranged and first takes off post, the second bracing frame and the first bracing frame match and can move up and down by relative first bracing frame;
Being provided with the first driving assembly on base, first drives assembly to may act on the first leading screw and first takes off post so that the first leading screw and first takes off post and can rotate respectively;
It is provided with the first nut seat, the first transmission component on second bracing frame, is positioned at first sprocket wheel on the second bracing frame top, the first nut matched with the first leading screw it is provided with on first nut seat, first transmission component and first takes off post and matches and relative first can take off post and move up and down, and the first transmission component connects the second sprocket wheel being positioned at below the first sprocket wheel;
Also including lift chains, lift chains is sheathed on the first sprocket wheel and the second sprocket wheel, and can match both aforementioned, and two free ends of lift chains are all connected with the 3rd bracing frame;
The second driving assembly for driving cutting blade to rotate it is provided with on tool rest.
In the present invention, base is used for supporting total;Tool rest is for supporting and fixed cutting blade;First drives assembly to be used for being supplied to the first leading screw and first takes off post driving source;Second drives assembly to be used for driving cutting blade to carry out high-speed rotation, and it can be selected for high-speed electric expreess locomotive;First transmission component for realize first take off post and between the second sprocket wheel kinetic energy transmission, it can change kinetic energy direction of transfer, also can realize the change of speed ratio.For realizing aforementioned drive effect, the first transmission component can be made up of several travelling gears, driving chain and transmission output shaft.For realizing independent kinetic energy supply, two independent system of kinetic energy can be provided with in the first driving assembly, namely include two motors, carry out independent one to one control such that the first leading screw and first can be taken off post.
During zero-bit state of the present invention, the second bracing frame is positioned at the low level of the first bracing frame, and the 3rd bracing frame is positioned at the low level of the second bracing frame, and at this moment, tool rest is positioned at the low level of total, and cutting blade can carry out slot treatment to metope lower.During mobile cutting blade position, first passing through first driving Component driver the first leading screw and rotate, the first nut is by can drive the second bracing frame to move up along the axis direction of the first leading screw coordinating between its with the first leading screw.During high level to the first leading screw to be moved, then stop driving the first leading screw.Taken off post by the first driving Component driver first again and rotate, coordinated by first transmission with the first transmission component that takes off post, this kinetic energy is passed to the second sprocket wheel, second sprocket wheel is rotated, lift chains under the effect of the second sprocket wheel, then drives the 3rd bracing frame to move up relative to the second bracing frame.When the 3rd bracing frame moves the high level to the second bracing frame, then stop driving first to take off post.At this moment, tool rest is then positioned at the high level of total, and cutting blade can carry out slot treatment to metope eminence.In the aforementioned process adjusting cutting blade height and position, start the second driving assembly simultaneously, then cutting blade can be driven to carry out rotating to realize the process of the straight line cutting to metope.
Visible, the present invention design by stagewise supporting construction, cutting blade raggle scope on metope height can be expanded on the premise of not moving base, so, both can effectively reduce the labor intensity of operator, the security reliability of raggle operation can be improved again.
Further, described first drives the second transmission component and the 3rd transmission component matched that takes off post with described first that assembly includes that the first driving motor matches with described first leading screw, the input of the second transmission component and the input of the 3rd transmission component all drive the outfan of motor to match with first, second transmission component is provided with for cutting off the first electromagnetic clutch of transmission between the first driving motor and the first leading screw, and the 3rd transmission component is provided with the second electromagnetic clutch of transmission between cut-out the first driving motor and first takes off post.
In the present invention, the first driving assembly is only provided with a motor, namely first drives motor, when first drives electric motor starting, then driving source can be transferred to respectively the first leading screw and first under the effect of the second transmission component and the 3rd transmission component and take off post.Wherein, by the setting of the first electromagnetic clutch, disconnection and the connection of kinetic energy transmission between the first driving motor and the first leading screw can effectively be controlled;By the setting of the second electromagnetic clutch, can effectively control the first driving motor and first take off post between the disconnection of kinetic energy transmission and connection.Visible, the present invention also can realize the two independent controls in shunting ground by a power source, so, not only can reduce production cost, can optimize again the accounting space of structure.Second transmission component and the 3rd transmission component are in addition to electromagnetic clutch, also should include that several travelling gears, driving chain and power transmission shaft are formed, they can change kinetic energy direction of transfer, the change to speed ratio can be realized again, so, the driving source that can make the first driving motor can preferably act on the first leading screw and first and take off post.
Further, also include that the second of horizontally set takes off post and take off post with second the 4th bracing frame being connected, the 3rd driving assembly it is provided with on 3rd bracing frame, 3rd drives assembly to may act on second takes off post, making second to take off post can move axially respectively and circumferentially rotate, described tool rest is installed on the 4th bracing frame.
In the present invention, when the 3rd driving Component driver second takes off post and circumferentially rotates, then cutting blade can be driven to rotate around the second axial line taken off post by the 4th bracing frame, so, then can expand the metope scope that cutting blade can cover when raggle.For aforementioned function is better achieved, cutting blade should not be positioned at second and take off post on the axis extended line rotated.When the 3rd drive Component driver second take off post move axially time, then the 4th bracing frame and tool rest can be driven to move to the direction of metope, and the distance that this moves, then by the degree of depth of chisel wire casing.In the aforementioned process adjusting cutting blade position, start the second driving assembly simultaneously, also can realize the camber line cutting to metope and process.Visible, the present invention, on the premise of not moving base, not only can expand cutting blade raggle scope on metope width, also can be precisely controlled its raggle degree of depth.
In the case of the first bracing frame height is constant, for improving cutting blade raggle scope on metope height further, further, the bottom of described 4th bracing frame is provided with the 3rd driving motor, 3rd drives the output shaft of motor to connect the second leading screw, it is provided with the second nut seat on described tool rest, the second nut seat is provided with the second nut matched with the second leading screw.Starting the 3rd driving motor, the second leading screw can be made to rotate, the second nut is by its coordinating with the second leading screw, tool rest is driven to move up along the axis direction of the second leading screw, such that the height and position of cutting blade can be changed so that it is metope higher height can be carried out raggle process.
Take off post to second the driving circumferentially rotating and moving axially for realizing the 3rd driving assembly, further, described 3rd drives assembly to include taking off post with described second the 4th transmission component matched, take off post the 5th transmission component matched with described second, for driving the second driving motor of the 5th transmission component and for driving the hands handle of the 4th transmission component, the 4th transmission component is acted on by handle, second can be made to take off post circumferentially rotating of the most described 3rd bracing frame occurs, second drives motor to act on the 5th transmission component, second can be made to take off post moving axially of relative 3rd bracing frame occurs.In the present invention, can the rotational angle of manual adjustment the 4th bracing frame by handle so that operator regulate the position of cutting blade more neatly.Drive motor when can be precisely controlled cutting blade raggle, to go deep into the position of metope by second, so, work efficiency and wire casing quality can be effectively improved.
For realize the 4th transmission component and the 5th transmission component and second take off post between cooperation, further, described second end taken off post is provided with driving member, driving member includes the 3rd nut being positioned at inner ring and is positioned at outer ring and the first drive being connected with the 3rd nut outer wall, also including the 3rd leading screw running through the 3rd nut and matching with the 3rd nut, the 3rd leading screw is connected with free end the second drive;Described 4th transmission component includes that the first transmission group cooperatively formed by several travelling gears and driving chain, the input of the first transmission group match with described handle, and the outfan of the first transmission group is provided with the 3rd drive being meshed with the first drive;Described 5th transmission component includes the second transmission group cooperatively formed by several travelling gears and driving chain, the input of the second transmission group drives motor to match with described second, and the outfan of the second transmission group is provided with the 4th drive being meshed with the second drive.
When the present invention applies, first turning handle, by the first transmission group, this source kinetic energy passed to the 3rd drive, then by the engagement between the 3rd drive and the first drive, drive second to take off post and rotate, and then drive the 4th bracing frame to rotate.Behind the position of good cutting blade to be adjusted, then this structure is moved to cutting blade near metope.Start the second driving assembly and second the most simultaneously and drive motor, second drives assembly that cutting blade can be driven to carry out high-speed rotation, second drives motor by the second transmission group, kinetic energy can pass to the 4th drive, driving the 3rd leading screw to rotate by the engagement between the 4th drive and the second drive again, the 3rd nut can drive cutting blade deeply with the wire casing cutting certain depth by it in metope with coordinating of the 3rd leading screw.
In the present invention, for ensureing that the first drive and the 3rd drive always can be meshed, the 3rd drive should have certain axial length.It addition, for realize can changing between the second drive and the 4th drive the transmission in kinetic energy direction, both of which can be selected for bevel gear.
Further, also include the first fastening cylinder and there is the second fastening cylinder of radial opening, first fastening cylinder and the second fastening cylinder are connected on described base and described 4th bracing frame by multi-directional ball respectively, also extend through on second fastening cylinder and be provided with the locking member that can reduce radial opening, also include positioning bar, the second fastening cylinder can be run through with the first fastening cylinder threaded engagement, the upper end of location bar in bar lower end, location, and the bar part that can be locked in location is fixed in the second locking cylinder.Owing to cutting blade has bigger impulsive force when digging metope, for firm 4th bracing frame to tool rest and the supporting role of cutting blade, the present invention is provided with location bar.During application, behind the position adjusting the 4th bracing frame, then take out location bar, its upper end is made to run through the second locking cylinder, again its lower end is connected in the first locking cylinder, then by locking member locking positioning bar position now, so can realize the supporting role to the 4th bracing frame.
For realize first take off post and between the second sprocket wheel kinetic energy transmission, further, described first transmission component includes the 3rd transmission group cooperatively formed by several travelling gears and driving chain, described second sprocket wheel it is arranged with on the outfan of the 3rd transmission group, the input of the 3rd transmission group is provided with the first bevel gear, also include being meshed with the first bevel gear and can taking off post with described first the second bevel gear matched, and the second bevel gear is sheathed on first and takes off post upper and relative first can take off post and move up and down.In the present invention, first takes off post can be selected for six prisms, the most not only can realize the second bevel gear and first take off post between synchronous axial system, it is possible to realize independent moving up and down between the second bevel gear and the first Rotational Cylindrical.More stably moving up and down for realizing the 3rd bracing frame, the both sides of the 3rd transmission group all can be provided with outfan, and correspondingly, the second sprocket wheel is provided with two and is respectively sleeved on two outfans, and the first sprocket wheel is provided with two, and lift chains is 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 the 4 wheel driven galvanic electricity machine for driving driving wheel.
Compared with prior art, the method have the advantages that
1, the present invention design by stagewise supporting construction, can expand cutting blade raggle scope on metope height, so, both can effectively reduce the labor intensity of operator, can improve again the security reliability of raggle operation.
2, first drive assembly also can realize the two independent controls in shunting ground by a power source, namely the independence realizing taking off post the first leading screw and first controls, and so, not only can reduce production cost, can optimize again the accounting space of structure.
3, when the 3rd driving Component driver second takes off post and circumferentially rotates, the metope scope that cutting blade can cover can be expanded when raggle.When the 3rd drive Component driver second take off post move axially time, then the 4th bracing frame and tool rest can be driven to move to the direction of metope, this distance moved then by the degree of depth of chisel wire casing.Visible, the present invention, on the premise of not moving base, not only can expand cutting blade raggle scope on metope width, also can be precisely controlled its raggle degree of depth.
4, when digging metope, there is bigger impulsive force due to cutting blade, for firm 4th bracing frame to tool rest and the supporting role of cutting blade, the present invention is provided with location bar, and it can realize the powerful support to the 4th bracing frame, it is to avoid it operationally shakes and affects cutting quality.
Accompanying drawing explanation
Fig. 1 is structural representation during one specific embodiment zero-bit state of a kind of wall grooving machine of the present invention;
Structural representation when Fig. 2 is that in a kind of wall grooving machine of the present invention, second bracing frame moves up relative to the first bracing frame;
Structural representation when Fig. 3 is that in a kind of wall grooving machine of the present invention, 3rd bracing frame moves up relative to the second bracing frame;
Structural representation when Fig. 4 is that in a kind of wall grooving machine of the present invention, tool rest moves up relative to the 4th bracing frame;
Fig. 5 is the 4th bracing frame structural representation when the 3rd bracing frame rotates in a kind of wall grooving machine of the present invention;
Fig. 6 is the rearview of one specific embodiment of a kind of wall grooving machine of the present invention;
Fig. 7 is the left view of one specific embodiment of a kind of wall grooving machine of the present invention;
Fig. 8 is the structural representation that a kind of wall grooving machine of the present invention is provided with location one specific embodiment of bar;
Fig. 9 is the rearview of the 4th one specific embodiment of bracing frame in a kind of wall grooving machine of the present invention;
Figure 10 is the 3rd structured flowchart driving one specific embodiment of assembly in a kind of wall grooving machine of the present invention;
Figure 11 is the first structured flowchart driving one specific embodiment of assembly in a kind of wall grooving machine of the present invention.
nullEntitled corresponding to reference in accompanying drawing: 1、Base,2、First bracing frame,3、Second bracing frame,4、3rd bracing frame,5、First drives motor,6、4th drive,7、Second transmission component,8、3rd transmission component,9、First leading screw,10、First takes off post,11、First electromagnetic clutch,12、First nut seat,13、Second bevel gear,14、4th bracing frame,15、Second drive,16、First transmission component,17、Second sprocket wheel,18、First sprocket wheel,19、Lift chains,20、3rd drive,21、Second electromagnetic clutch,22、3rd leading screw,23、4th transmission component,24、Second takes off post,25、3rd drives motor,26、Second leading screw,27、Second transmission group,28、Second nut seat,29、First bevel gear,30、Second drives motor,31、5th transmission component,32、Tool rest,33、Cutting blade,34、Handle,35、Multi-directional ball,36、First fastening cylinder,37、Second fastening cylinder,38、Radial opening,39、Locking member,40、Location bar,41、Driving wheel,42、Driven pulley,43、4 wheel driven galvanic electricity machine,44、Driving member,45、3rd nut,46、First drive,47、First transmission group,48、3rd transmission group,49、First drives assembly,50、Second drives assembly,51、3rd drives assembly.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention are 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, first bracing frame the 2, second bracing frame 3 being fixed on base 1 upper end, taking off post 10 for the 3rd bracing frame 4 supporting tool rest 32, the first leading screw 9 and first of being vertically arranged, the second bracing frame 3 matches with the first bracing frame 2 and can move up and down by relative first bracing frame 2;
Being provided with the first driving assembly 49 on base 1, first drives assembly 49 to may act on the first leading screw 9 and first takes off post 10 so that the first leading screw 9 and first takes off post and 10 can rotate respectively;
It is provided with first nut seat the 12, first transmission component 16 on second bracing frame 3, is positioned at first sprocket wheel 18 on the second bracing frame 3 top, the first nut matched with the first leading screw 9 it is provided with on first nut seat 12, first transmission component 16 takes off post with first and 10 matches and relative first can take off post and 10 move up and down, and the first transmission component 16 connects the second sprocket wheel 17 being positioned at below the first sprocket wheel 18;
Also including that lift chains 19, lift chains 19 are sheathed on the first sprocket wheel 18 and the second sprocket wheel 17, and can match both aforementioned, two free ends of lift chains 19 are all connected with the 3rd bracing frame 4;
The second driving assembly 50 for driving cutting blade 33 to rotate it is provided with on 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 drives assembly 49 to include the first driving motor 5, the second transmission component 7 matched with described first leading screw 9 and 10 the 3rd transmission components 8 matched that take off post with described first, the input of the second transmission component 7 and the input of the 3rd transmission component 8 all drive the outfan of motor 5 to match with first, second transmission component 7 is provided with for cutting off the first electromagnetic clutch 11 of transmission between the first driving motor 5 and the first leading screw 9, 3rd transmission component 8 is provided with and takes off post the second electromagnetic clutch 21 of transmission between 10 for cutting off the first driving motor 5 and first.
Embodiment 3
The present embodiment has been made on the basis of embodiment 1 and having been limited further below: also include that the second of horizontally set takes off post 24 and 24 the 4th bracing frames 14 being connected that take off post with second, the 3rd driving assembly 51 it is provided with on 3rd bracing frame 4,3rd drives assembly 51 to may act on second takes off post 24, making second to take off post 24 can move axially respectively and circumferentially rotate, 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 driving motor 25,3rd drives the output shaft of motor 25 to connect the second leading screw 26, described tool rest 32 is provided with the second nut seat 28, the second nut seat 28 is provided with the second nut matched with the second leading screw 26.
Preferably, described 3rd drives assembly 51 to include taking off post with described second 24 the 4th transmission components 23 matched, take off post 24 the 5th transmission components 31 matched with described second, for driving the second driving motor 30 of the 5th transmission component 31 and for driving the handle 34 of the 4th transmission component 23, the 4th transmission component 23 is acted on by handle 34, second can be made to take off post the circumferentially rotating of the most described 3rd bracing frame 4 of 24 generations, second drives motor 30 to act on the 5th driving assembly 31, second can be made to take off post 24 generations moving axially relative to the 3rd bracing frame 4.
Preferably, described second take off post 24 end be provided with driving member 44, driving member 44 includes the 3rd nut 45 being positioned at inner ring and is positioned at outer ring and the first drive 46 being connected with the 3rd nut 45 outer wall, also including the 3rd leading screw 22 running through the 3rd nut 45 and matching with the 3rd nut 45, the 3rd leading screw 22 is connected with free end the second drive 15;Described 4th transmission component 23 includes the first transmission group 47 cooperatively formed by several travelling gears and driving chain, the input of the first transmission group 47 matches with described handle 34, and the outfan of the first transmission group 47 is provided with the 3rd drive 20 being meshed with the first drive 46;Described 5th transmission component 31 includes the second transmission group 27 cooperatively formed by several travelling gears and driving chain, the input of the second transmission group 27 drives motor 30 to match with described second, and the outfan of the second transmission group 27 is provided with the 4th drive 6 being meshed with the second drive 15.
Preferably, also include the first fastening cylinder 36 and there is the second fastening cylinder 37 of radial opening 38, first fastening cylinder 36 and the second fastening cylinder 37 are connected on described base 1 and described 4th bracing frame 14 by multi-directional ball 35 respectively, also extend through on second fastening cylinder 37 and be provided with the locking member 39 that can reduce radial opening, also include positioning bar 40, bar 40 lower end, location can be with the first fastening cylinder 36 threaded engagement, the second fastening cylinder 37 can be run through in the upper end of location bar 40, and bar 40 part 39 that can be locked in location is fixed in the second locking 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 cooperatively formed by several travelling gears and driving chain, described second sprocket wheel 17 it is arranged with on the outfan of the 3rd transmission group 48, the input of the 3rd transmission group 48 is provided with the first bevel gear 29, also include being meshed with the first bevel gear 29 and can taking off post with described first 10 the second bevel gears 13 matched, and the second bevel gear 13 is sheathed on first and takes off post on 10 and relative 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: the lower end of described base 1 is provided with driving wheel 41 and driven pulley 42, also includes the 4 wheel driven galvanic electricity machine 43 for driving driving wheel 41.
Above content is to combine the further description that the present invention is made by concrete preferred implementation, it is impossible to assert that the detailed description of the invention of the present invention is confined to these explanations.For general technical staff of the technical field of the invention, other embodiments drawn under without departing from technical scheme, should be included in protection scope of the present invention.

Claims (9)

1. a wall grooving machine, it is characterized in that: include base (1), be provided with cutting blade (33) tool rest (32), be fixed on first bracing frame (2) of base (1) upper end, the second bracing frame (3), the 3rd bracing frame (4) being used for supporting tool rest (32), the first leading screw (9) and first of being vertically arranged take off post (10), the second bracing frame (3) matches with the first bracing frame (2) and can relative first bracing frame (2) move up and down;
Being provided with the first driving assembly (49) on base (1), first drives assembly (49) to may act on the first leading screw (9) and first takes off post (10) so that the first leading screw (9) and first take off post (10) can rotate respectively;
It is provided with the first nut seat (12), the first transmission component (16) on second bracing frame (3), is positioned at first sprocket wheel (18) on the second bracing frame (3) top, the first nut matched with the first leading screw (9) it is provided with on first nut seat (12), first transmission component (16) take off post with first (10) match and can relative first take off post (10) move up and down, the upper connection of the first transmission component (16) has the second sprocket wheel (17) being positioned at the first sprocket wheel (18) lower section;
Also including that lift chains (19), lift chains (19) are sheathed on the first sprocket wheel (18) and the second sprocket wheel (17), and can match both aforementioned, two free ends of lift chains (19) are all connected with the 3rd bracing frame (4);
The second driving assembly (50) for driving cutting blade (33) to rotate it is provided with on tool rest (32).
A kind of wall grooving machine the most according to claim 1, it is characterized in that: described first drives assembly (49) to include the first driving motor (5), the 3rd transmission component (8) matched in the second transmission component (7) matched with described first leading screw (9) and take off post with described first (10), the input of the second transmission component (7) and the input of the 3rd transmission component (8) all drive the outfan of motor (5) to match with first, second transmission component (7) is provided with for cutting off first electromagnetic clutch (11) of transmission between the first driving motor (5) and the first leading screw (9), 3rd transmission component (8) is provided with and takes off post second electromagnetic clutch (21) of transmission between (10) for cutting off the first driving motor (5) and first.
A kind of wall grooving machine the most according to claim 1, it is characterized in that: the 4th bracing frame (14) also including taking off post the second of horizontally set (24) and take off post with second (24) being connected, the 3rd driving assembly (51) it is provided with on 3rd bracing frame (4), 3rd drives assembly (51) to may act on second takes off post (24), make second take off post (24) can move axially respectively and circumferentially rotate, described tool rest (32) is installed on the 4th bracing frame (14).
A kind of wall grooving machine the most according to claim 3, it is characterized in that: the bottom of described 4th bracing frame (14) is provided with the 3rd driving motor (25), 3rd drives the output shaft of motor (25) to connect the second leading screw (26), it is provided with the second nut seat (28) on described tool rest (32), the second nut seat (28) is provided with the second nut matched with the second leading screw (26).
A kind of wall grooving machine the most according to claim 3, it is characterized in that: the described 3rd drives assembly (51) to include taking off post with described second the 4th transmission component (23) that (24) match, take off post the 5th transmission component (31) that (24) match with described second, for driving the second driving motor (30) of the 5th transmission component (31) and for driving the handle (34) of the 4th transmission component (23), the 4th transmission component (23) is acted on by handle (34), can make second take off post (24) there is the circumferentially rotating of the most described 3rd bracing frame (4), second drives motor (30) to act on the 5th driving assembly (31), can make second take off post (24) there is moving axially of relative 3rd bracing frame (4).
A kind of wall grooving machine the most according to claim 5, it is characterized in that: described second end taking off post (24) is provided with driving member (44), driving member (44) includes the 3rd nut (45) being positioned at inner ring and is positioned at outer ring and the first drive (46) being connected with the 3rd nut (45) outer wall, also including the 3rd leading screw (22) running through the 3rd nut (45) and matching with the 3rd nut (45), the 3rd leading screw (22) is connected with free end the second drive (15);Described 4th transmission component (23) includes the first transmission group (47) cooperatively formed by several travelling gears and driving chain, the input of the first transmission group (47) matches with described handle (34), and the outfan of the first transmission group (47) is provided with the 3rd drive (20) being meshed with the first drive (46);Described 5th transmission component (31) includes the second transmission group (27) cooperatively formed by several travelling gears and driving chain, the input of the second transmission group (27) drives motor (30) to match with described second, and the outfan of the second transmission group (27) is provided with the 4th drive (6) being meshed with the second drive (15).
A kind of wall grooving machine the most according to claim 3, it is characterized in that: also include the first fastening cylinder (36) and there is the second fastening cylinder (37) of radial opening (38), first fastening cylinder (36) and the second fastening cylinder (37) are connected on described base (1) and described 4th bracing frame (14) by multi-directional ball (35) respectively, also extend through in second fastening cylinder (37) and be provided with the locking member (39) that can reduce radial opening, also include positioning bar (40), bar (40) lower end, location can be with the first fastening cylinder (36) threaded engagement, the second fastening cylinder (37) can be run through in the upper end of location bar (40), and location bar (40) can be locked in part (39) is fixed on the second locking cylinder (37).
A kind of wall grooving machine the most according to claim 1, it is characterized in that: described first transmission component (16) includes the 3rd transmission group (48) cooperatively formed by several travelling gears and driving chain, described second sprocket wheel (17) it is arranged with on the outfan of the 3rd transmission group (48), the input of the 3rd transmission group (48) is provided with the first bevel gear (29), also include being meshed with the first bevel gear (29) and can take off post with described first the second bevel gear (13) that (10) match, second bevel gear (13) be sheathed on first take off post (10) upper and can relative first take off post (10) move up and down.
9. according to a kind of wall grooving machine described in any one in claim 1 ~ 8, it is characterised in that: the lower end of described base (1) is provided with driving wheel (41) and driven pulley (42), also includes 4 wheel driven galvanic electricity machine (43) for driving driving wheel (41).
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CN106677494A (en) * 2016-11-17 2017-05-17 山东元脉电子技术股份有限公司 Slotting device for indoor wiring
CN106985292A (en) * 2017-05-31 2017-07-28 金佳琪 A kind of electric power notcher
CN107030895A (en) * 2017-04-26 2017-08-11 钟建筑 A kind of wall automatic slotting device
CN107313578A (en) * 2017-08-03 2017-11-03 芜湖泰庆电子科技有限公司 It is a kind of can multi-faceted processing metope dedusting groover
CN108979078A (en) * 2018-07-26 2018-12-11 蒋卫军 A kind of band circular arc ceramic tile U.S. seam grooving apparatus
CN110202703A (en) * 2019-06-14 2019-09-06 郝银玲 A kind of construction metope groover

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CN2139608Y (en) * 1992-11-24 1993-08-04 苏州市吴县太平姑苏水果削皮器厂 Grooving machine for wall surface
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106677494A (en) * 2016-11-17 2017-05-17 山东元脉电子技术股份有限公司 Slotting device for indoor wiring
CN107030895A (en) * 2017-04-26 2017-08-11 钟建筑 A kind of wall automatic slotting device
CN106985292A (en) * 2017-05-31 2017-07-28 金佳琪 A kind of electric power notcher
CN107313578A (en) * 2017-08-03 2017-11-03 芜湖泰庆电子科技有限公司 It is a kind of can multi-faceted processing metope dedusting groover
CN108979078A (en) * 2018-07-26 2018-12-11 蒋卫军 A kind of band circular arc ceramic tile U.S. seam grooving apparatus
CN111456379A (en) * 2018-07-26 2020-07-28 蒋卫军 Track adjusting assembly and seam beautifying and slotting device with arc-shaped ceramic tiles and provided with same
CN111502192A (en) * 2018-07-26 2020-08-07 蒋卫军 Positioning device and slotting device with arc ceramic tile seam beautifying function and provided with same
CN111519872A (en) * 2018-07-26 2020-08-11 蒋卫军 Positioning assembly and slotting device with arc ceramic tile seam beautifying function and provided with same
CN110202703A (en) * 2019-06-14 2019-09-06 郝银玲 A kind of construction metope groover

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