CN108188473A - The automatic groove broacher of lock gall and its kerve technique - Google Patents
The automatic groove broacher of lock gall and its kerve technique Download PDFInfo
- Publication number
- CN108188473A CN108188473A CN201810032971.2A CN201810032971A CN108188473A CN 108188473 A CN108188473 A CN 108188473A CN 201810032971 A CN201810032971 A CN 201810032971A CN 108188473 A CN108188473 A CN 108188473A
- Authority
- CN
- China
- Prior art keywords
- lock gall
- kerve
- carrier block
- workbench
- erecting bed
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D37/00—Broaching machines or broaching devices
- B23D37/02—Broaching machines with horizontally-arranged working tools
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D41/00—Broaching machines or broaching devices characterised only by constructional features of particular parts
- B23D41/06—Broaching machines or broaching devices characterised only by constructional features of particular parts of devices for feeding, clamping, or ejecting workpieces
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D41/00—Broaching machines or broaching devices characterised only by constructional features of particular parts
- B23D41/08—Broaching machines or broaching devices characterised only by constructional features of particular parts of drives; of control devices
-
- 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
- B23Q1/00—Members which are comprised in the general build-up of a form of machine, particularly relatively large fixed members
- B23Q1/25—Movable or adjustable work or tool supports
-
- 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
- B23Q5/00—Driving or feeding mechanisms; Control arrangements therefor
- B23Q5/22—Feeding members carrying tools or work
- B23Q5/34—Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission
- B23Q5/38—Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission feeding continuously
- B23Q5/40—Feeding other members supporting tools or work, e.g. saddles, tool-slides, through mechanical transmission feeding continuously by feed shaft, e.g. lead screw
Abstract
The present invention relates to lock gall manufacture fields,The more particularly to automatic groove broacher of lock gall,Including being in horizontally disposed workbench,The top of workbench is equipped with grooving mechanism,Grooving mechanism includes first driving means and the second driving device,The first carrier block and the second carrier block are respectively equipped at the top of first driving means and the second driving device,Link block is equipped between first carrier block and the second carrier block,The middle of first driving means is equipped with the first kerve device,The middle of second driving device is equipped with the second kerve device,The side of first driving means is equipped with the first feeding device,The side wall of first feeding device is equipped with the first board migration device,The side of second driving device is equipped with the second feeding device,Second feeding device is equipped with the second board migration device close to the side wall of the second driving device,The bottom of workbench is respectively equipped with the first blanking device and the second blanking device.Automatization level of the present invention is high, improves lock gall kerve efficiency, and technological design is ingenious, saved 2/3 it is artificial.
Description
Technical field
The present invention relates to lock gall process equipment and processing technology fields, the more particularly to automatic groove broacher of lock gall and its kerve work
Skill.
Background technology
As the improvement of people's living standards, the reinforcement of the prevention awareness of people, visible a variety of shapes in people live
The lock of formula, the concealed type that they can be integrally fixed on the objects such as door, case, packet, which is locked or hung over, to be fixed on object
The padlock used on lock, and most of lock is divided into two parts, a part is that no courage is locked, and this lock is no lock core, fragile,
It is short of safe, not easy to use；Another part is has a courage lock, and this lock is structured lock core, the security performance locked compared to no courage
Height is hardly damaged, and is the only first choice in people's life, lock core is as one of part indispensable in lockset, structure packet
The structures such as shell, spring, cauda and lock gall are included, lock gall in process of production, is needed as one of part indispensable in lock core
Fluting process is carried out to lock gall, so as to be convenient for people to that the switch of lockset is controlled with the key coordinated with its groove body.
Patent No. 201610785928.4, a kind of entitled " vertical groove broacher for processing lock gall " Chinese invention patent,
Include supporting rack, workbench is equipped on supporting rack, lock gall locating rack is equipped in front of the top surface of workbench, positioned in lock gall
Frame is equipped with the vertical mounting hole for placing lock gall, is located in the top surface of workbench by lock gall locating rack and is additionally provided with vertical peace
It shelves, vertically arranged fixed rack is equipped on vertical mounting bracket, be equipped on fixed rack it to slide up and down relatively
Slide vertically plate, be vertically fixed on plate is slid vertically for process the lock gall keyhole broaching tool, in the work
Make platform be equipped with supply described in slide vertically the waste material that plate passes through and portal, in the vertical mounting hole close to the side for sliding vertically plate
Equipped with the vertical processing opening passed through for broaching tool, it is equipped on support frame as described above and slides vertically plate described in driving and be relatively fixed sliding rail
The driving mechanism slided up and down, it is of the invention to have the advantages that occupy little space, be readily transported, waste material be exhausted in time, still, on
The vertical groove broacher for stating the processing lock gall of structure still remains following area for improvement：1st, still relying on manually will be to be processed
Lock gall be placed on one by one in vertical mounting hole, after machining, still to rely on artificial feeding, feeding and feeding
When be required for shutting down, affect the efficiency of processing；And all there are unsafe factors for artificial loading blanking；2nd, broaching tool is arranged on
On vertical movable plate, after a period of time, the both sides broaching tool degree of wear is different, is just frequently necessary to adjustment broaching tool or positioning
The position in hole so that the lock core consistency processed is up to standard, can also influence processing efficiency in this way or even reduce product yield.
Invention content
It is an object of the present invention in view of the deficiencies of the prior art, provide lock gall automatic groove broacher.
Another object of the present invention is to provide the kerve technique of the automatic groove broacher of above-mentioned lock gall.
To solve the above problems, the present invention provides following technical scheme：
The automatic groove broacher of lock gall, including being in horizontally disposed workbench, the top of the workbench is equipped with side along its length
To the grooving mechanism of setting, the grooving mechanism includes the first driving for being located at the top of workbench and setting along its length
It is respectively equipped at the top of device and the second driving device, the first driving means and the second driving device and is secured to connection
First carrier block and the second carrier block are equipped with link block between first carrier block and the second carrier block, the link block
Both ends are fixedly connected respectively with the first carrier block and the second carrier block, and the first driving means and the second driving device can divide
Do not drive the first carrier block and the second carrier block reciprocating along the length direction of workbench, in the first driving means
Between be equipped with the first kerve device for setting along its length, the middle of second driving device is equipped with side along its length
To the second kerve device of setting, the first kerve device and the second kerve device are symmetricly set on the top of workbench, institute
It states side of the first driving means far from the second driving device to be equipped in the first feeding device being vertically arranged, the first feed dress
It the bottom put and is fixedly connected at the top of workbench, first feeding device is equipped with close to the side wall of first driving means will
Lock gall is sent to the first board migration device on the first carrier block, and the side of second driving device far from first driving means is set
Have in the second feeding device for being vertically arranged, be fixedly connected at the top of the bottom of second feeding device and workbench, described the
Two feeding devices are equipped with close to the side wall of the second driving device to be sent lock gall to the second board migration device on the second carrier block,
The bottom of the workbench is respectively equipped with the first blanking device close to the first kerve device and the close to the second kerve device
Two blanking devices.
Further, it is in horizontally disposed first that the first driving means, which include two along the length direction of workbench,
Screw slide unit, the both ends of two the first screw slide units at the top of workbench with being fixedly connected and two the first screw slide units
Both ends end face be in same level.
Further, first carrier block is set downward for U-shaped structure and openend, the bottom of first carrier block
Both ends be equipped be secured to connection two the first connecting plates, two first connecting plates respectively with a first screw slide unit
Slide unit be fixedly connected, the front end of first carrier block is equipped with places and the first rounded engaging slot for lock gall, this first
The diameter of engaging slot is identical with the outer diameter of lock gall.
Further, it is in horizontally disposed second that second driving device, which includes two along the length direction of workbench,
Screw slide unit, the both ends of two the second screw slide units at the top of workbench with being fixedly connected and two the second screw slide units
Both ends end face be in same level.
Further, second carrier block is set downward for U-shaped structure and openend, the bottom of second carrier block
Both ends be equipped be secured to connection two the second connecting plates, two second connecting plates respectively with a second screw slide unit
Slide unit be fixedly connected, the front end of second carrier block is equipped with places and the second rounded engaging slot for lock gall, this second
The diameter of engaging slot is identical with the outer diameter of lock gall.
Further, the first kerve device include being arranged on the first erecting bed between two the first screw slide units and
The the first kerve knife for being arranged on the top of the first erecting bed and setting along its length, first erecting bed is along one
The length direction setting of one screw slide unit and the top of the first erecting bed are equipped with the first long groove body for the installation of the first kerve knife, institute
The top that the first kerve knife is fixed on the first erecting bed by several bolts is stated, the front end of first erecting bed, which is equipped with, to be used for
The first positioning component of the fluting position of lock gall is positioned, the rear end of first erecting bed is equipped with the first backgauge convenient for lock gall blanking
Component.
Further, first positioning component includes first articulated shaft hinged with the first erecting bed front end and with first
The first hinged locating piece of articulated shaft, when the first board migration device will be in the lock gall movement to the first carrier block in the first feeding device
The first engaging slot in when, the profile side of the top of the first locating piece and lock gall contradicts, and the first backgauge component includes and the
The second hinged articulated shaft of one erecting bed rear end and the first gear materials and parts hinged with the second articulated shaft, when the completion pair of the first kerve knife
During the kerve process of lock gall, the first carrier block contradicts on return process, the front end of first gear materials and parts and the profile side of lock gall.
Further, the second kerve device include being arranged on the second erecting bed between two the second screw slide units and
The the second kerve knife for being arranged on the top of the second erecting bed and setting along its length, second erecting bed is along one
The length direction setting of two screw slide units and the top of the second erecting bed are equipped with the second long groove body for the installation of the second kerve knife, institute
The top that the second kerve knife is fixed on the second erecting bed by several bolts is stated, the front end of second erecting bed, which is equipped with, to be used for
The second positioning component of the fluting position of lock gall is positioned, the rear end of second erecting bed is equipped with the second backgauge convenient for lock gall blanking
Component.
Further, it is respectively equipped on first carrier block and the second carrier block for the first kerve knife and the second kerve knife
The first straight slot and the second straight slot passed through.
Further, second positioning component includes the third articulated shaft and and third hinged with the second erecting bed front end
The second hinged locating piece of articulated shaft, when the second board migration device will be in the lock gall movement to the second carrier block in the second feeding device
The second engaging slot in when, the profile side of the top of the second locating piece and lock gall contradicts, and the second backgauge component includes and the
The 4th hinged articulated shaft of two erecting bed rear ends and the second gear materials and parts hinged with the 4th articulated shaft, when the completion pair of the second kerve knife
During the kerve process of lock gall, the second carrier block contradicts on return process, the front end of second gear materials and parts and the profile side of lock gall.
The kerve technique of the above-mentioned automatic groove broacher of lock gall, includes the following steps：
The lock gall for treating kerve is stacked in the first feeding device and the second feeding device by step 1 respectively；
Step 2, the first board migration device send lock gall to the first carrier block, and first driving means drive the first carrier block edge
The length direction of workbench is reciprocating, and the middle of the first driving means is equipped with set along its length first
Kerve device, the first carrier block travel forward, and the first kerve device carries out first lock gall kerve, after the completion of kerve, first
When carrier block returns, the profile side of the first backgauge component and lock gall on the first kerve device contradicts, by lock gall blanking to first
In blanking device；
Step 3, while the first carrier block returns, the second board migration device send the lock gall of the second feeding device to second
On carrier block, the second driving device drives the second carrier block reciprocating along the length direction of workbench, second driving
The middle of device is equipped with the second kerve device set along its length, and the second carrier block travels forward, the second kerve dress
It puts and kerve is carried out to second lock gall, after the completion of kerve, when the second carrier block returns, the second backgauge group on the second kerve device
The profile side of part and lock gall contradicts, will be in lock gall blanking to the second blanking device；
Step 4, while the second carrier block returns, the first board migration device send the lock gall in the first feeding device to
On one carrier block, first driving means drive the first carrier block reciprocating along the length direction of workbench, the first kerve dress
It puts and kerve and automatic blanking is carried out to the first lock gall, it is so alternately reciprocal, kerve is carried out to lock gall.
Advantageous effect：The automatic groove broacher of lock gall of the present invention, passes through what is formed between the first loading plate and the first fixed plate
Lock gall can be one by one placed in the storage bin by storage bin, pass through the first arc on its freely falling body to first turn of material block
In slot, the driving of the first pusher cylinder makes first turn of material block be moved along the length direction of the first transverse slat, the first driving cylinder driving
The first clamping part being fixedly connected with its output terminal is made to clamp the lock gall both ends in the first arc groove, the driving of third screw slide unit makes
Lock gall on first clamping part is moved to the first carrier block, before lock gall is placed on the first engaging slot of the first carrier block,
Two the first screw slide units, which synchronize driving, makes the first carrier block be moved to the rear end of the first erecting bed, the first locating piece and lock gall
Profile side contradicts in the first engaging slot more to consolidate lock gall, completes the upper material process of a lock gall, utilizes first to draw
Slot knife is completed to the fluting process of lock gall, when two the first screw slide units drive the first carrier blocks return, first gear materials and parts with
The profile side of lock gall contradicts, and so as to which lock gall is fallen to out of first engaging slot in the first material dropping channel, the first rewinding box completes lock
The blanking procedure of courage；When the first kerve knife is when completing a lock gall fluting process, the driving of the second pusher cylinder makes second turn
Material block is moved along the length direction of the second transverse slat, and the second driving cylinder driving makes the be fixedly connected with its output terminal second clamping
Portion clamps the lock gall both ends in the second arc groove, and the driving of the 4th screw slide unit makes lock gall on the second clamping part to the second carrier block
Mobile, before lock gall is placed on the second engaging slot of the second carrier block, two the second screw slide units, which synchronize driving, makes second
Carrier block is moved to the rear end of the second erecting bed, completes the upper material process of lock gall, and lock gall is opened using the completion of the second kerve knife
Slot process, when two the second screw slide units drive the second carrier block return, the profile side of second gear materials and parts and lock gall contradicts, from
And fall to lock gall in the second material dropping channel out of second engaging slot, the second rewinding box completes the blanking procedure of lock gall, the present invention
Simple in structure, the driving using two the first screw slide units and two the second screw slide units can hold the first carrier block and second
It carries block to move along the length direction of workbench, the first kerve knife and the second kerve knife can respectively slot to a lock gall
Process can realize two lock gall alternating loading and unloading and fluting process, and automatization level is high, improve the production effect of lock gall
Rate；The kerve technological design of the automatic groove broacher of the lock gall is ingenious, and after the completion of the kerve of one side, while return blanking, opposite side is
Through completing feeding, opposite side can be carried out at the same time kerve, realize the alternating automatic charging of two lock galls, automatic kerve and automatic
Blanking reduces manual intervention, reduces labor intensity, process velocity is 5s/, and a people can keep an eye on more machines
Device, saved 2/3rds it is artificial, efficiency also greatly improves, and more it is essential that the precision of lock gall kerve is high, consistency is good,
Yield maintains more than 99.9%.
Description of the drawings
Fig. 1 is the dimensional structure diagram one of the present invention；
Fig. 2 is the dimensional structure diagram two of the present invention；
Fig. 3 is the vertical view of the present invention；
Fig. 4 is the sectional perspective structure diagram one of the present invention；
Fig. 5 is the enlarged drawing at A in Fig. 4；
Fig. 6 is the enlarged drawing at B in Fig. 4；
Fig. 7 is the sectional perspective structure diagram two of the present invention；
Fig. 8 is the sectional perspective structure diagram three of the present invention；
Fig. 9 is the side view of Fig. 8；
Figure 10 is the sectional perspective structure diagram four of the present invention；
Figure 11 is the side view of Figure 10；
Reference sign：Workbench 1, grooving mechanism 2, first driving means 2a, the first screw slide unit 2a1, second drives
Dynamic device 2b, the second screw slide unit 2b1, the first carrier block 3, the first connecting plate 3a, the first engaging slot 3b, the first straight slot 3c, the
Two carrier blocks 4, the second connecting plate 4a, the second engaging slot 4b, the second straight slot 4c, link block 5, the first kerve device 6, first installs
Platform 6a, the first kerve knife 6b, the first positioning component 6c, the first articulated shaft 6c1, the first locating piece 6c2, the first backgauge component 6d,
Second articulated shaft 6d1, first gear materials and parts 6d2, the second kerve device 7, the second erecting bed 7a, the second kerve knife 7b, second positions
Component 7c, third articulated shaft 7c1, the second locating piece 7c2, the second backgauge component 7d, the 4th articulated shaft 7d1, second gear materials and parts
7d2, the first feeding device 8, the first loading plate 8a, first gets stuck plate 8b, the first fixed plate 8c, the first transhipment component 8d, and first
Supporting rack 8d1, the first pusher cylinder 8d2, first turn of material block 8d3, the first arc groove 8d4, the first fin 8d5, the first slideway
8d6, the first board migration device 9, the first transverse slat 9a, third screw slide unit 9b, starting stave 9c, first movement plate 9d, the first driving
Cylinder 9e, the first clamping part 9f, the second feeding device 10, the second loading plate 10a, second gets stuck plate 10b, the second fixed plate 10c,
Second transhipment component 10d, the second supporting rack 10d1, the second pusher cylinder 10d2, second turn is expected block 10d3, the second arc groove
10d4, the second fin 10d5, the second slideway 10d6, the second board migration device 11, the second transverse slat 11a, the 4th screw slide unit 11b, the
Two riser 11c, the second movable plate 11d, the second driving cylinder 11e, the second clamping part 11f, the first blanking device 12, the first blanking
Road 12a, the first rewinding box 12b, the first blanking port 12c, the second blanking device 13, the second material dropping channel 13a, the second rewinding box 13b,
Second blanking port 13c.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail：
Embodiment 1
Referring to figs. 1 to the automatic groove broacher of lock gall shown in Figure 11, including being in horizontally disposed workbench 1, the workbench 1
Top be equipped with the grooving mechanism 2 that sets along its length, the grooving mechanism 2 is included positioned at the top of workbench 1 and edge
The first driving means 2a and the second driving device 2b, the first driving means 2a of the setting of its length direction and the second driving dress
Put the first carrier block 3 and the second carrier block 4 for being respectively equipped at the top of 2b and being secured to connection, first carrier block 3 and the
Link block 5 is equipped between two carrier blocks 4, the both ends of the link block 5 are fixed respectively with the first carrier block 3 and the second carrier block 4
Connection, the first driving means 2a and the second driving device 2b can respectively drive 4 edge of the first carrier block 3 and the second carrier block
The length direction of workbench 1 is reciprocating, and the middle of the first driving means 2a is equipped with what is set along its length
First kerve device 6, the middle of the second driving device 2b are equipped with the second kerve device 7 set along its length,
The first kerve device 6 and the second kerve device 7 are symmetricly set on the top of workbench 1, and the first driving means 2a is remote
Side from the second driving device 2b is equipped in the first feeding device 8 being vertically arranged, the bottom of first feeding device 8 and work
The top for making platform 1 is fixedly connected, first feeding device 8 close to first driving means 2a side wall be equipped with by lock gall send to
The first board migration device 9 on to the first carrier block 3, the sides of the second driving device 2b far from first driving means 2a are equipped with
In the second feeding device 10 being vertically arranged, the bottom of second feeding device 10 is fixedly connected with the top of workbench 1, described
Second feeding device 10 is equipped with to send lock gall to second on the second carrier block 4 and move close to the side wall of the second driving device 2b
Shipping unit 11, the bottom of the workbench 1 are respectively equipped with close to the first blanking device 12 of the first kerve device 6 and close to second
Second blanking device 13 of kerve device 7, being respectively driven by the first board migration device 9 and the second board migration device 11 makes the first feed
In lock gall movement to the first carrier block 3 and the second carrier block 4 in 8 and second feeding device 10 of device, filled using the first driving
Putting 2a and the second driving device 2b and synchronizing to drive makes the lock gall in the first carrier block 3 and the second carrier block 4 be drawn respectively by first
6 and second kerve device 7 of slot device completes the fluting process of two lock galls, and the first blanking device 12 and the second blanking device 13 are complete
Into the blanking procedure of two lock galls.
The first driving means 2a includes two and is slided along the length direction of workbench 1 in horizontally disposed first screw
Platform 2a1, the both ends of two the first screw slide unit 2a1 are fixedly connected with the top of workbench 1 and two the first screws are slided
The both ends end face of platform 2a1 is in same level, and the first carrying can be driven by synchronizing driving by two the first screw slide unit 2a1
Block 3 is reciprocating along the length direction of workbench 1.
First carrier block 3 is set downward for U-shaped structure and openend, and the bottom both ends of first carrier block 3 are set
Have be secured to connection two first connecting plates 3a, two the first connecting plate 3a respectively with a first screw slide unit
The slide unit of 2a1 is fixedly connected, and the front end of first carrier block 3 is equipped with for lock gall placement and the first rounded engaging slot 3b,
The diameter of first engaging slot 3b is identical with the outer diameter of lock gall, is slided respectively with first screw by two the first connecting plate 3a
The slide unit of platform 2a1 is fixedly connected, and the first carrier block 3 can be driven to be moved in the length direction of workbench 1, realized a lock gall
It is fastened in the first engaging slot 3b, completes the upper material process of a lock gall.
The second driving device 2b includes two and is slided along the length direction of workbench 1 in horizontally disposed second screw
Platform 2b1, the both ends of two the second screw slide unit 2b1 are fixedly connected with the top of workbench 1 and two the second screws are slided
The both ends end face of platform 2b1 is in same level, and the second carrying can be driven by synchronizing driving by two the second screw slide unit 2b1
Block 4 is reciprocating along the length direction of workbench 1.
Second carrier block 4 is set downward for U-shaped structure and openend, and the bottom both ends of second carrier block 4 are set
Have be secured to connection two second connecting plates 4a, two the second connecting plate 4a respectively with a second screw slide unit
The slide unit of 2b1 is fixedly connected, and the front end of second carrier block 4 is equipped with for lock gall placement and the second rounded engaging slot 4b,
The diameter of second engaging slot 4b is identical with the outer diameter of lock gall, is slided respectively with second screw by two the second connecting plate 4a
The slide unit of platform 2b1 is fixedly connected, and the second carrier block 4 can be driven to be moved in the length direction of workbench 1, realized a lock gall
It is fastened in the second engaging slot 4b, completes the upper material process of a lock gall.
The first kerve device 6 includes the first erecting bed 6a being arranged between two the first screw slide unit 2a1 and sets
It puts in the top of the first erecting bed 6a and the first kerve knife 6b for setting along its length, the first erecting bed 6a is along one
The length direction setting of a first screw slide unit 2a1 and the top of the first erecting bed 6a are equipped with for the first kerve knife 6b installations
One long groove body, the first kerve knife 6b are fixed on the top of the first erecting bed 6a, first installation by several bolts
Equipped with for positioning the first positioning component 6c of the fluting position of lock gall, the rear end of the first erecting bed 6a is equipped with for the front end of platform 6a
Convenient for the first backgauge component 6d of lock gall blanking, can be made in the first carrier block 3 using two the first screw slide unit 2a1 drivings
Lock gall is moved in the length direction of workbench 1, and the fluting process of lock gall, the first positioning component 6c are completed convenient for the first kerve knife 6b
Lock gall can be consolidated is fastened in the first engaging slot 3b, and the first backgauge component 6d is realized lock gall out of first engaging slot 3b
It slides to the first material dropping channel 12a.
The first positioning component 6c includes the first articulated shaft 6c1 hinged with the first erecting bed 6a front ends and is cut with scissors with first
The first hinged spindle 6c1 locating piece 6c2, when the first board migration device 9 holds the lock gall movement in the first feeding device 8 to first
When carrying in the first engaging slot 3b on block 3, the top of the first locating piece 6c2 and the profile side of lock gall contradict, thus by lock gall more
Add it is firm be fastened in the first engaging slot 3b, the first backgauge component 6d includes the hinged with the first erecting bed 6a rear ends
The two articulated shaft 6d1 and first gear materials and parts 6d2 hinged with the second articulated shaft 6d1, when the first kerve knife 6b completes the drawing to lock gall
During slot process, the first carrier block 3 contradicts on return process, the front end of first gear materials and parts 6d2 and the profile side of lock gall, so as to real
Now lock gall is skidded off out of first engaging slot 3b.
The second kerve device 7 includes the second erecting bed 7a being arranged between two the second screw slide unit 2b1 and sets
It puts in the top of the second erecting bed 7a and the second kerve knife 7b for setting along its length, the second erecting bed 7a is along one
The length direction setting of a second screw slide unit 2b1 and the top of the second erecting bed 7a are equipped with for the second kerve knife 7b installations
Two long groove bodies, the second kerve knife 7b are fixed on the top of the second erecting bed 7a, second installation by several bolts
Equipped with for positioning the second positioning component 7c of the fluting position of lock gall, the rear end of the second erecting bed 7a is equipped with for the front end of platform 7a
Convenient for the second backgauge component 7d of lock gall blanking, can be made in the second carrier block 4 using two the second screw slide unit 2b1 drivings
Lock gall is moved in the length direction of workbench 1, and the fluting process of lock gall, the second positioning component 7c are completed convenient for the second kerve knife 7b
Lock gall can be consolidated is fastened in the second engaging slot 4b, and the second backgauge component 7d is realized lock gall out of second engaging slot 4b
It slides to the second material dropping channel 13a.
It is respectively equipped on first carrier block, 3 and second carrier block 4 and is worn for the first kerve knife 6b and the second kerve knife 7b
The the first straight slot 3c and the second straight slot 4c crossed, can be smoothly in the first kerve knife 6b convenient for the first carrier block 3 and the second carrier block 4
It is moved, and do not interfere with the fluting process of two lock galls with the length direction of the second kerve knife 7b.
The second positioning component 7c includes the third articulated shaft 7c1 hinged with the second erecting bed 7a front ends and is cut with scissors with third
The second hinged spindle 7c1 locating piece 7c2, when the second board migration device 11 is by the lock gall movement in the second feeding device 10 to second
When in the second engaging slot 4b on carrier block 4, the top of the second locating piece 7c2 and the profile side of lock gall contradict, thus by lock gall
More firm is fastened in the second engaging slot 4b, and the second backgauge component 7d includes hinged with the second erecting bed 7a rear ends
The 4th articulated shaft 7d1 and second gear materials and parts 7d2 hinged with the 4th articulated shaft 7d1, when the second kerve knife 7b is completed to lock gall
During kerve process, the second carrier block 4 contradicts on return process, the front end of second gear materials and parts 7d2 and the profile side of lock gall, so as to
Realization skids off lock gall out of second engaging slot 4b.
First feeding device 8 is included in the first loading plate 8a and the outer wall positioned at the first loading plate 8a being vertically arranged
On first get stuck plate 8b, the described first plate 8b that gets stuck is L-shaped and be fixedly connected with the outer wall of the first loading plate 8a, described first
The plate 8b that gets stuck is set along the length direction of the first loading plate 8a, and the first loading plate 8a gets stuck one end of plate 8b far from first
It is formed equipped with the first fixed plate 8c, the first fixed plate 8c and the first loading plate 8a being bolted to connection and pacified for lock gall
The storage bin put, the first loading plate 8a is at its bottom equipped under lock gall to be pushed to the first board migration device 9 just
First transhipment component 8d of side, by the way that several lock galls are placed on what the first loading plate 8a and the first fixed plate 8c was formed one by one
In storage bin, lock gall is pushed to the underface of the first board migration device 9 by the first transhipment component 8d drivings.
The first transhipment component 8d include the first supporting rack 8d1 being fixedly connected with the outer wall of the first loading plate 8a and with
It is fixedly connected at the top of first supporting rack 8d1 and in horizontally disposed first pusher cylinder 8d2, first pusher cylinder 8d2's
Output terminal is equipped with first turn of material block 8d3 for being secured to connection, and the top of first turn of material block 8d3 is equipped with to carry lock gall
The first arc groove 8d4, the first pusher cylinder 8d2 drivings make first turn of material block 8d3 be moved along the length direction of the first transverse slat 9a
It is dynamic, make to be moved at the underface of the first board migration device 9 due to the lock gall in freely falling body to the first arc groove 8d4, described the
The top of one turn of material block 8d3 is equipped with the first fin 8d5 for being secured to connection, and the first loading plate 8a is equipped with and is pushed away for first
The cylinder 8d2 that takes offence drives the first avoidance notch that first turn of material block 8d3 is moved in the width direction of workbench 1, and described first avoids
The first slideway 8d6 being slidably matched with the first fin 8d5 is equipped in notch, is prevented when the first pusher cylinder 8d2 is in long-time work
Under work, there is deviation in the stroke of output terminal.
Second feeding device 10 is included in the second loading plate 10a being vertically arranged and positioned at the second loading plate 10a's
Second on outer wall gets stuck plate 10b, and the described second plate 10b that gets stuck is L-shaped and be fixedly connected with the outer wall of the second loading plate 10a,
Described second get stuck plate 10b along the second loading plate 10a length direction set, the second loading plate 10a far from second card
One end of flitch 10b is equipped with the second fixed plate 10c, the second fixed plate 10c being bolted to connection and the second material containing
Plate 10a forms the storage bin placed for lock gall, and the second loading plate 10a is equipped at its bottom and pushes to lock gall
The second transhipment component 10d immediately below second board migration device 11, by the way that several lock galls are placed on the second loading plate 10a one by one
In the storage bin formed with the second fixed plate 10c, lock gall is pushed to the second board migration device 11 by the second transhipment component 10d drivings
Underface.
The second transhipment component 10d includes the second supporting rack 10d1 being fixedly connected with the outer wall of the second loading plate 10a
With with being fixedly connected at the top of the second supporting rack 10d1 and in horizontally disposed second pusher cylinder 10d2, second pusher cylinder
The output terminal of 10d2 is equipped with second turn of material block 10d3 for being secured to connection, and the top of second turn of material block 10d3, which is equipped with, to be used for
Carrying the second arc groove 10d4, the second pusher cylinder 10d2 driving of lock gall makes second turn of material block 10d3 along the second transverse slat 11a
Length direction movement, make be moved to the second board migration device 11 just due to the lock gall in freely falling body to the second arc groove 10d4
At lower section, the top of second turn of material block 10d3 is equipped with the second fin 10d5 for being secured to connection, second loading plate
10a is equipped with drives the second of width direction movements of second turn of material block 10d3 in workbench 1 to keep away for the second pusher cylinder 10d2
It allows notch, is equipped with the second slideway 10d6 being slidably matched with the second fin 10d5 in the second avoidance notch, prevents when second
For pusher cylinder 10d2 in the case where working long hours, there is deviation in the stroke of output terminal.
First board migration device 9 includes the first transverse slat 9a and the edge that one end is fixedly connected with the inner wall of the first loading plate 8a
The third screw slide unit 9b of the length direction setting of the first transverse slat 9a, the other end of the first transverse slat 9a is equipped with and workbench
The slide unit bottom of starting stave 9c, the third screw slide unit 9b that 1 top is fixedly connected are equipped with and are bolted with it
The side wall of first movement the plate 9d, the first movement plate 9d of connection, which are equipped with, to be secured to connect and in the set downwards
One driving cylinder 9e, the output terminal of the first driving cylinder 9e are equipped with the first clamping part 9f for clamping lock gall both ends, lead to
Crossing the first driving cylinder 9e drivings makes the first clamping part 9f clamp lock gall to movement immediately below it, and third screw slide unit 9b drivings make
Lock gall is moved to the front end of the first carrier block 3.
Second board migration device 11 includes the second transverse slat 11a that one end is fixedly connected with the inner wall of the second loading plate 10a
With the 4th screw slide unit 11b of the length direction setting along the second transverse slat 11a, the other end of the second transverse slat 11a is equipped with
The slide unit bottom of the second riser 11c, the 4th screw slide unit 11b being fixedly connected with the top of workbench 1 is equipped with logical with it
It crosses the side wall of the second movable plate 11d, the second movable plate 11d that bolt is fixedly connected and is equipped with and be secured to connect and in vertical
The output terminal of the second driving cylinder 11e, the second driving cylinder 11e set downward be equipped with for clamp lock gall both ends the
Two clamping part 11f make the second clamping part 11f to mobile clamping lock gall immediately below it by the second driving cylinder 11e driving, and the 4th
Screw slide unit 11b drivings make lock gall be moved to the front end of the second carrier block 4.
First blanking device 12 includes the first material dropping channel 12a for being fixedly connected with the bottom of workbench 1 and with first
First rewinding box 12b of material dropping channel 12a linking cooperations, the first material dropping channel 12a are inclined to set, the top of the workbench 1
Portion, which is equipped with, drops down onto the first blanking port 12c in the first material dropping channel 12a for use by the first kerve knife 6b lock galls processed, when two the
When the first carrier block of one screw slide unit 2a1 drivings 3 is return, the profile side of first gear materials and parts 6d2 and lock gall contradicts, thus by lock gall
It is fallen to out of first engaging slot 3b in the first material dropping channel 12a, the first rewinding box 12b completes the blanking procedure of lock gall.
Second blanking device 13 includes the second material dropping channel 13a for being fixedly connected with the bottom of workbench 1 and with second
Second rewinding box 13b of material dropping channel 13a linking cooperations, the second material dropping channel 13a are inclined to set, the top of the workbench 1
Portion, which is equipped with, drops down onto the second blanking port 13c in the second material dropping channel 13a for use by the second kerve knife 7b lock galls processed, when two the
When the second carrier block of two screw slide unit 2b1 drivings 4 is return, the profile side of second gear materials and parts 7d2 and lock gall contradicts, thus by lock gall
It is fallen to out of second engaging slot 4b in the second material dropping channel 13a, the second rewinding box 13b completes the blanking procedure of lock gall.
Operation principle：The automatic groove broacher of the lock gall of the present invention, by between the first loading plate 8a and the first fixed plate 8c
Lock gall can be one by one placed in the storage bin by the storage bin of formation, by its freely falling body to first turn of material block 8d3
In first arc groove 8d4, the first pusher cylinder 8d2 drivings make first turn of material block 8d3 be moved along the length direction of the first transverse slat 9a
Dynamic, the first driving cylinder 9e drivings make the first clamping part 9f being fixedly connected with its output terminal clamp in the first arc groove 8d4
Lock gall both ends, third screw slide unit 9b drivings make the lock gall on the first clamping part 9f be moved to the first carrier block 3, thus by lock gall
Before being placed on the first engaging slot 3b of the first carrier block 3, two the first screw slide unit 2a1 synchronize driving make the first carrier block 3 to
The profile side of the rear end movement of first erecting bed 6a, the first locating piece 6c2 and lock gall is contradicted thus by lock gall in the first engaging slot
It is more firm in 3b, the upper material process of a lock gall is completed, the fluting process to lock gall is completed using the first kerve knife 6b, when two
When the first carrier block of a first screw slide unit 2a1 drivings 3 is return, the profile side of first gear materials and parts 6d2 and lock gall contradicts, thus will
Lock gall is fallen to out of first engaging slot 3b in the first material dropping channel 12a, and the first rewinding box 12b completes the blanking procedure of lock gall；When
For first kerve knife 6b when completing fluting process to a lock gall, the second pusher cylinder 10d2 drivings make second turn of material block 10d3 edge
The length direction movement of the second transverse slat 11a, the second driving cylinder 11e drivings make the be fixedly connected with its output terminal second clamping
Portion 11f clamps the lock gall both ends in the second arc groove 10d4, and the 4th screw slide unit 11b drivings make the lock on the second clamping part 11f
Courage is moved to the second carrier block 4, before lock gall is placed on the second engaging slot 4b of the second carrier block 4, two the second screws
Slide unit 2b1, which synchronizes driving, makes the second carrier block 4 be moved to the rear end of the second erecting bed 7a, completes the upper material process of lock gall, utilizes
Second kerve knife 7b completes the fluting process to lock gall, when two the second carrier blocks of the second screw slide unit 2b1 drivings 4 are return,
The profile side of second gear materials and parts 7d2 and lock gall contradicts, so as to which lock gall is fallen to the second material dropping channel 13a out of second engaging slot 4b
Interior, the second rewinding box 13b completes the blanking procedure of lock gall.
Embodiment 2
The kerve technique of the automatic groove broacher of lock gall, includes the following steps：
The lock gall for treating kerve is stacked in the first feeding device 8 and the second feeding device 10 by step 1 respectively；
Step 2, the first board migration device 9 send the lock gall in the first feeding device 8 to the first carrier block 3, the first driving
Device 2a drives the first carrier block 3 reciprocating along the length direction of workbench 1, the middle of the first driving means 2a
Equipped with the first kerve device 6 set along its length, the first carrier block 3 travels forward, and the first kerve device 6 is to first
Lock gall carries out kerve, after the completion of kerve, when the first carrier block 3 returns, and the first backgauge component 6d and lock on the first kerve device 6
The profile side of courage contradicts, will be in lock gall blanking to the first blanking device 12；
Step 3, while the first carrier block 3 returns, the second board migration device 11 send the lock gall of the second feeding device 10
To the second carrier block 4, the second driving device 2b drives the second carrier block 4 reciprocating along the length direction of workbench 1, institute
The middle for stating the second driving device 2b is equipped with the second kerve device 7 set along its length, and the second carrier block 4 is transported forward
Dynamic, the second kerve device 7 carries out second lock gall kerve, after the completion of kerve, when the second carrier block 4 returns, and the second kerve dress
The profile side for putting the second backgauge component 7d and lock gall on 7 contradicts, will be in lock gall blanking to the second blanking device 13；
Step 4, while the second carrier block 4 returns, the first board migration device 9 send the lock gall in the first feeding device 8
To the first carrier block 3, first driving means 2a drives the first carrier block 3 reciprocating along the length direction of workbench 1, the
One kerve device 6 carries out the first lock gall kerve and automatic blanking, so alternately reciprocal, and kerve is carried out to lock gall.
The kerve technological design is ingenious, avoids the idle running of backhaul, while backhaul, the first lock gall of realization it is automatic
Blanking, meanwhile, the second lock gall has completed feeding, and realizes the kerve of the second lock gall, after the completion of the second lock gall kerve, backhaul
When, the automatic blanking of the second lock gall is realized, the first lock gall has completed feeding, while realizes the kerve of the first lock gall again,
And so on, each stroke produces practical benefit, improves the utilization rate of equipment, therefore, it is possible to generate preferably
Economic benefit.
The above described is only a preferred embodiment of the present invention, any limit not is made to the technical scope of the present invention
System, therefore any subtle modifications, equivalent variations and modifications that every technical spirit according to the present invention makees above example,
In the range of still falling within technical scheme of the present invention.
Claims (10)
1. the automatic groove broacher of lock gall, it is characterised in that：Including being in horizontally disposed workbench (1), the top of the workbench (1)
Equipped with the grooving mechanism (2) set along its length, top and edge of the grooving mechanism (2) including being located at workbench (1)
The first driving means (2a) and the second driving device (2b) of its length direction setting, the first driving means (2a) and second
It is respectively equipped at the top of driving device (2b) and is secured to the first carrier block (3) of connection and the second carrier block (4), described first
Be equipped with link block (5) between carrier block (3) and the second carrier block (4), the both ends of the link block (5) respectively with the first carrier block
(3) it is fixedly connected with the second carrier block (4), the first driving means (2a) and the second driving device (2b) can respectively drive
First carrier block (3) and the second carrier block (4) are reciprocating along the length direction of workbench (1), the first driving means
The middle of (2a) is equipped with the first kerve device (6) set along its length, the centre of second driving device (2b)
Place is equipped with the second kerve device (7) set along its length, the first kerve device (6) and the second kerve device (7)
The top of workbench (1) is symmetricly set on, side of the first driving means (2a) far from the second driving device (2b) is equipped with
In the first feeding device (8) being vertically arranged, it is fixedly connected at the top of the bottom of first feeding device (8) and workbench (1),
First feeding device (8) is equipped with close to the side wall of first driving means (2a) and send lock gall to the first carrier block (3)
On the first board migration device (9), side of second driving device (2b) far from first driving means (2a) is equipped in vertical
The second feeding device (10) of setting is fixedly connected at the top of the bottom of second feeding device (10) and workbench (1), described
Second feeding device (10) is equipped with close to the side wall of the second driving device (2b) and send lock gall to on the second carrier block (4)
Second board migration device (11), the bottom of the workbench (1) are respectively equipped with the first blanking device close to the first kerve device (6)
(12) and close to the second kerve device (7) the second blanking device (13).
2. the automatic groove broacher of lock gall according to claim 1, it is characterised in that：The first driving means (2a) are including two
It is a along the length direction of workbench (1) in horizontally disposed first screw slide unit (2a1), two the first screw slide units
The both ends of (2a1) at the top of workbench (1) with being fixedly connected and the both ends end face of two the first screw slide units (2a1) is in same
One horizontal plane.
3. the automatic groove broacher of lock gall according to claim 2, it is characterised in that：First carrier block (3) is U-shaped structure
And openend is set downward, the bottom both ends of first carrier block (3) are equipped with two the first connecting plates for being secured to connection
(3a), slide unit of two first connecting plates (3a) respectively with a first screw slide unit (2a1) are fixedly connected, and described first
The front end of carrier block (3) is equipped with for lock gall placement and rounded the first engaging slot (3b), the diameter of first engaging slot (3b)
It is identical with the outer diameter of lock gall.
4. the automatic groove broacher of lock gall according to claim 3, it is characterised in that：Second driving device (2b) is including two
It is a along the length direction of workbench (1) in horizontally disposed second screw slide unit (2b1), two the second screw slide units
The both ends of (2b1) at the top of workbench (1) with being fixedly connected and the both ends end face of two the second screw slide units (2b1) is in same
One horizontal plane.
5. the automatic groove broacher of lock gall according to claim 4, it is characterised in that：Second carrier block (4) is U-shaped structure
And openend is set downward, the bottom both ends of second carrier block (4) are equipped with two the second connecting plates for being secured to connection
(4a), slide unit of two second connecting plates (4a) respectively with a second screw slide unit (2b1) are fixedly connected, and described second
The front end of carrier block (4) is equipped with for lock gall placement and rounded the second engaging slot (4b), the diameter of second engaging slot (4b)
It is identical with the outer diameter of lock gall.
6. the automatic groove broacher of lock gall according to claim 5, it is characterised in that：The first kerve device (6) is including setting
It puts the first erecting bed (6a) between two the first screw slide units (2a1) and is arranged on top and the edge of the first erecting bed (6a)
First kerve knife (6b) of its length direction setting, first erecting bed (6a) is along first screw slide unit (2a1)
Length direction is set and the top of the first erecting bed (6a) is equipped with the first long groove body for the installation of the first kerve knife (6b), and described the
One kerve knife (6b) is fixed on the top of the first erecting bed (6a), the front end of first erecting bed (6a) by several bolts
Equipped with for positioning the first positioning component (6c) of the fluting position of lock gall, the rear end of first erecting bed (6a) is equipped with convenient for lock
First backgauge component (6d) of courage blanking.
7. the automatic groove broacher of lock gall according to claim 6, it is characterised in that：First positioning component (6c) including with
Hinged the first articulated shaft (6c1) in first erecting bed (6a) front end and first locating piece hinged with the first articulated shaft (6c1)
(6c2), when the first board migration device (9) blocks first in the lock gall movement in the first feeding device (8) to the first carrier block (3)
When conjunction slot (3b) is interior, the top of the first locating piece (6c2) and the profile side of lock gall contradict, and the first backgauge component (6d) includes
With hinged the second articulated shaft (6d1) in the first erecting bed (6a) rear end and the first gear materials and parts hinged with the second articulated shaft (6d1)
(6d2), when the first kerve knife (6b) completes the kerve process to lock gall, the first carrier block (3) is in return process, first gear
The front end of materials and parts (6d2) and the profile side of lock gall contradict.
8. the automatic groove broacher of lock gall according to claim 7, it is characterised in that：The second kerve device (7) is including setting
It puts the second erecting bed (7a) between two the second screw slide units (2b1) and is arranged on top and the edge of the second erecting bed (7a)
Second kerve knife (7b) of its length direction setting, second erecting bed (7a) is along second screw slide unit (2b1)
Length direction is set and the top of the second erecting bed (7a) is equipped with the second long groove body for the installation of the second kerve knife (7b), and described the
Two kerve knives (7b) are fixed on the top of the second erecting bed (7a), the front end of second erecting bed (7a) by several bolts
Equipped with for positioning the second positioning component (7c) of the fluting position of lock gall, the rear end of second erecting bed (7a) is equipped with convenient for lock
Second backgauge component (7d) of courage blanking is respectively equipped with for the first kerve on first carrier block (3) and the second carrier block (4)
The first straight slot (3c) and the second straight slot (4c) that knife (6b) and the second kerve knife (7b) pass through.
9. the automatic groove broacher of lock gall according to claim 9, it is characterised in that：Second positioning component (7c) including with
The hinged third articulated shaft (7c1) in second erecting bed (7a) front end and second locating piece hinged with third articulated shaft (7c1)
(7c2), when the second board migration device (11) is by second in the lock gall movement in the second feeding device (10) to the second carrier block (4)
When engaging slot (4b) is interior, the top of the second locating piece (7c2) and the profile side of lock gall contradict, the second backgauge component (7d) packet
Include the 4th hinged articulated shaft (7d1) and second backgauge hinged with the 4th articulated shaft (7d1) with the second erecting bed (7a) rear end
Part (7d2), when the second kerve knife (7b) is completed to the kerve process of lock gall, the second carrier block (4) is in return process, and second
The front end of backgauge part (7d2) and the profile side of lock gall contradict.
10. according to the kerve technique of the automatic groove broacher of claim 1-9 any one of them lock galls, which is characterized in that including with
Lower step：
The lock gall for treating kerve is stacked in the first feeding device (8) and the second feeding device (10) by step 1 respectively；
Step 2, the first board migration device (9) send the lock gall in the first feeding device (8) to the first carrier block (3), and first drives
Dynamic device (2a) drives the first carrier block (3) reciprocating along the length direction of workbench (1), the first driving means
The middle of (2a) is equipped with the first kerve device (6) set along its length, and the first carrier block (3) travels forward, and first
Kerve device (6) carries out first lock gall kerve, after the completion of kerve, when the first carrier block (3) returns, and the first kerve device
(6) the profile side of the first backgauge component (6d) and lock gall on contradicts, will be in lock gall blanking to the first blanking device (12)；
Step 3, while the first carrier block (3) returns, the second board migration device (11) is by the lock gall of the second feeding device (10)
It send to the second carrier block (4), the second driving device (2b) drives the second carrier block (4) to make along the length direction of workbench (1)
It moving back and forth, the middle of second driving device (2b) is equipped with the second kerve device (7) set along its length, the
Two carrier blocks (4) travel forward, and the second kerve device (7) carries out second lock gall kerve, after the completion of kerve, the second carrier block
(4) when returning, the profile side of the second backgauge component (7d) and lock gall on the second kerve device (7) contradicts, by lock gall blanking extremely
In second blanking device (13)；
Step 4, while the second carrier block (4) returns, the first board migration device (9) is by the lock gall in the first feeding device (8)
It send to the first carrier block (3), first driving means (2a) drive the first carrier block (3) to make along the length direction of workbench (1)
It moves back and forth, the first kerve device (6) carries out the first lock gall kerve and automatic blanking, so alternately reciprocal, and lock gall is carried out
Kerve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810032971.2A CN108188473B (en) | 2018-01-13 | 2018-01-13 | Automatic groove broacher for lock cylinder and groove broacher process of automatic groove broacher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810032971.2A CN108188473B (en) | 2018-01-13 | 2018-01-13 | Automatic groove broacher for lock cylinder and groove broacher process of automatic groove broacher |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108188473A true CN108188473A (en) | 2018-06-22 |
| CN108188473B CN108188473B (en) | 2020-06-23 |
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ID=62589077
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810032971.2A Expired - Fee Related CN108188473B (en) | 2018-01-13 | 2018-01-13 | Automatic groove broacher for lock cylinder and groove broacher process of automatic groove broacher |
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| Country | Link |
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| CN (1) | CN108188473B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110977052A (en) * | 2020-01-06 | 2020-04-10 | 武金峰 | Machining treatment machine and machining treatment process for steel structure manufacturing section steel |
| CN114309786A (en) * | 2021-12-17 | 2022-04-12 | 十堰市泰祥实业股份有限公司 | Multi-cutter-position combined special broaching machine |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201807789U (en) * | 2010-09-29 | 2011-04-27 | 李卓宏 | Lock cylinder groove broacher |
| EP2656952A1 (en) * | 2010-12-22 | 2013-10-30 | Mitsubishi Heavy Industries, Ltd. | Broaching device |
| CN204975515U (en) * | 2015-09-23 | 2016-01-20 | 陈云兰 | Structure of unloading among lock core groove broacher |
| CN106270752A (en) * | 2016-08-31 | 2017-01-04 | 李晓焕 | A kind of vertical groove broacher processing lock gall |
| CN206263691U (en) * | 2016-12-07 | 2017-06-20 | 玫德集团有限公司 | One kind mends core pipe part tapping automatic charging device |
-
2018
- 2018-01-13 CN CN201810032971.2A patent/CN108188473B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201807789U (en) * | 2010-09-29 | 2011-04-27 | 李卓宏 | Lock cylinder groove broacher |
| EP2656952A1 (en) * | 2010-12-22 | 2013-10-30 | Mitsubishi Heavy Industries, Ltd. | Broaching device |
| CN204975515U (en) * | 2015-09-23 | 2016-01-20 | 陈云兰 | Structure of unloading among lock core groove broacher |
| CN106270752A (en) * | 2016-08-31 | 2017-01-04 | 李晓焕 | A kind of vertical groove broacher processing lock gall |
| CN206263691U (en) * | 2016-12-07 | 2017-06-20 | 玫德集团有限公司 | One kind mends core pipe part tapping automatic charging device |
Non-Patent Citations (1)
| Title |
|---|
| 上海锁具技术教材编写组: "《锁具机械加工工艺》", 31 January 1991, 上海科学普及出版社 * |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110977052A (en) * | 2020-01-06 | 2020-04-10 | 武金峰 | Machining treatment machine and machining treatment process for steel structure manufacturing section steel |
| CN110977052B (en) * | 2020-01-06 | 2021-03-02 | 山东华泰钢结构工程有限公司 | Machining treatment machine and machining treatment process for steel structure manufacturing section steel |
| CN114309786A (en) * | 2021-12-17 | 2022-04-12 | 十堰市泰祥实业股份有限公司 | Multi-cutter-position combined special broaching machine |
| CN114309786B (en) * | 2021-12-17 | 2024-04-19 | 十堰市泰祥实业股份有限公司 | Multi-cutter-position combined broaching special machine |
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| Publication number | Publication date |
|---|---|
| CN108188473B (en) | 2020-06-23 |
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