CN208231358U - A kind of planer-type sliding block jump rank liftout hold-down mechanism - Google Patents

Abstract

The utility model discloses a kind of planer-type sliding block jump rank liftout hold-down mechanism, including stand, and processing stations are set on stand, and processing stations lower part, which is set, jumps rank liftout component；Jumping rank liftout component includes portal frame, and the top slide plate and bottom slide plate that rank is moved can be jumped along Z-direction by setting on portal frame；Driving device is set on the slide plate of top, the driving end of driving device is connect after the slide plate of top with bottom slide plate, driving device transmission bottom slide plate is moved along guide post Z-direction, the two sides of top slide plate and bottom slide plate X-direction are all provided with elastic buckles tongue component, the angle of each elastic buckles tongue component buckle tongue can telescopic moving in X direction, angle button tongue be located at portal frame upright bar outer side edges angle button block buckle/disengaging；When liftout, after driving device transmission bottom slide plate is to the base cross members for terminating in portal frame or to terminating in angle button block, bottom slide plate springs back and so that angle is buckled tongue against angle button block and X jumps bottom slide plate on rank to another two angles button block and to jump rank mobile and drive top slide plate and product gradually to jump rank mobile for Z-direction to movement.

Description

A kind of planer-type sliding block jump rank liftout hold-down mechanism

Technical field

The utility model relates to mobile phone parts machining equipment technical field, especially a kind of planer-type sliding block jumps rank liftout Hold-down mechanism.

Background technique

With the diversified development of electronics 3C Product and household electrical appliance, demand of the market to appearance becomes more and more various Change, mobile phone material also experienced snafu variation, and traditional metal and plastic cement design are customary, electronic product into The high-level stage of technological design is entered.

In existing middle electronic product casing process, it usually will use CNC and processed, and existing middle CNC processing In the process, be all that single product is put into clamp cylinder clamping and is processed, if but product processing time it is short, will cause to tear open and clamp folder It is very troublesome, a large amount of manpower and material resources are needed, and processing efficiency is low.

In the equipment processed in existing to shell product, has and design a kind of automatic sensing pressure designed using motor and screw rod Tight mechanism, and the accessory cost of this kind of automatic sensing hold-down mechanism is very high and also requires processing environment, such as residue, it is main Reason route, which cuts processing inside the liquid that disappears in CNC, can have danger of hazardous electrical discharges.

And it is existing in the related technology, not yet preferable technical solution solves the above problems.

Utility model content

The technical issues of solution of the utility model is to provide a kind of dragon for above-mentioned existing defect in the prior art Gate-type sliding block jumps rank liftout hold-down mechanism, which jumps rank liftout hold-down mechanism and be not necessarily to cumbersome remover-and-replacer, operation Simply, it clamps product processing to stablize, product processing efficiency is provided.

To solve above-mentioned technical problem, the technical solution that the utility model is taken is as follows, a kind of planer-type sliding block jump rank top Expect hold-down mechanism, including stand, sets processing stations on the top plate of the stand, the lower part of the processing stations sets what Z-direction was installed Jump rank liftout component；The jump rank liftout component includes the portal frame affixed with top plate, and the portal frame is equipped with can be along described Portal frame Z-direction jumps the mobile top slide plate and bottom slide plate of rank, and the top slide plate cooperates guide post to connect with bottom slide plate by guide sleeve；It is described Set the driving device vertically installed on the slide plate of top, and the driving end Z-direction of the driving device after the top slide plate with it is described The connection of bottom slide plate, the driving device can be driven the bottom slide plate and move along the guide post Z-direction, the top slide plate and bottom slide plate X The two sides in direction are equipped with elastic buckles tongue component, the angle of each elastic buckles tongue component buckle tongue can telescopic moving in X direction, institute Stating angle button tongue can be with several angle button block buckle/disengaging for the upright bar outer side edges for being located at the portal frame at equal intervals along Z-direction； When liftout, the driving device transmission bottom slide plate, which supports, terminates in the base cross members of portal frame or to two angles terminated on same position After in button block, the bottom slide plate Z-direction springs back upwards and the angle of its X-direction two sides is made to buckle angle of the tongue in matching position and buckles Block and X jumps bottom slide plate Z-direction upwards on rank to two angle button blocks of upper end to movement, matching bottom slide plate jumps that rank is mobile simultaneously to be driven The product on bracket that the top slide plate matching Z-direction is jumped rank movement upwards, and will be placed on the slide plate of top gradually extremely process by liftout On station.

It is further described as to above-mentioned technical proposal:

In the above-mentioned technical solutions, the driving device is driving cylinder, and the piston Z-direction of the driving cylinder runs through institute It is connect after stating top slide plate with the bottom slide plate.

In the above-mentioned technical solutions, two upright bars being formed on the top slide plate and bottom slide plate for portal frame are passed through and are matched Top slide plate and bottom slide plate jump the sliding slot that rank is moved along portal frame Z-direction, and each sliding slot side, which is additionally provided with, inlays the installation bullet Property button tongue component accommodation groove, the elastic buckles tongue component is installed in the accommodation groove and the angle made to buckle tongue towards being located at Several angle button blocks of the same side；The elastic buckles tongue component further includes raggle block, spring and connection bolt, the connection spiral shell Bolt one end is connect with matched angle button tongue, and the other end, which is movably embedded in, is located at the link block of top slide plate or bottom slide plate X to side Guide groove in, the connection bolt buckles tongue for manual pull angle, is allowed to be detached from the angle button block and make to push up slide plate It is moved down with bottom slide plate Z-direction, rank liftout component return is jumped in matching；The spring is set on the connection bolt, and its two End is born against in the angle button tongue and accommodation groove, and the spring is used to provide the described angle and buckles tongue X to mobile power；Institute Raggle block lid is stated to close on matched accommodation groove and be placed in accommodation groove for limiting the matched angle button tongue.

In the above-mentioned technical solutions, two guide sleeves are equipped on the top slide plate and bottom slide plate, are located at the top slide plate It is also set on the same guide post with two guide sleeves on the slide plate same position of bottom, the guide post one end and the top plate are affixed, separately One end and the crossbeam of the portal frame are affixed, and when the top slide plate and bottom slide plate are jumped rank along the portal frame Z-direction and moved, described Guide post cooperate the guide sleeve guide it is described top slide plate, bottom slide plate and be placed in top slide plate on bracket on the steady Z-direction of product it is upward It is mobile.

In the above-mentioned technical solutions, a processing stations at least X sets clamping group to side and on an at least Y-direction side Part, be located at clamping component cooperation of the processing stations X on side and Y-direction side do not set clamping component processing stations X to side Side or Y-direction side against clamping/release is delivered to the product on the processing stations by the jump rank liftout component Z-direction；It is described The pushing material component that Y-direction is installed also is set on top plate, the pushing material component is located at the clamping component being located on Y-direction side in position Upper end, and the pushing material component is completed in the product to rewinding case of processing for Y-direction push.

In the above-mentioned technical solutions, every X of the processing stations is equipped with two clamping components to side, described to add A clamping component is set on each Y-direction side of work station.

In the above-mentioned technical solutions, the clamping component includes first driving device, taper knock, active fastening block and fixation Block；Matched on the top plate clamping component install set at setting in X direction or Y-direction extend guide groove, the work Dynamic fixture block activity is installed in the guide groove close to the front end of the processing stations, and the active fastening block is backwards to the processing work The side of position is formed with inclined-plane and carves mouth, and the fixed stop is locked in the guide groove by bolt and is spaced the active fastening block Setting, the fixed stop are also formed with inclined-plane close to the side of the active fastening block and carve mouth, the fixed stop and the activity Fixture block interval section cooperation inclined-plane carve mouth formed worn for the taper knock and can Z-direction it is mobile carve port recess, described first Driving device Z-direction is carved immediately below port recess described in being installed in, and affixed by connection jack-post and top plate, and first driving fills The taper knock is also bolted in the driving end set, and the first driving device is driven the taper knock Z-direction movement, The inclined-plane of its conical side surface and the fixed stop and active fastening block is set to carve mouthful abutting contact and drive active fastening block towards product Mobile, matching system clamps product in the slide calliper rule that the active fastening block adjoins processing stations side；The active fastening block also passes through pressure Spring and the top plate elastic connection, the pressure spring retract from product space is clamped to release product space for providing active fastening block Power.

Further, the first driving device is thin cylinder.

In the above-mentioned technical solutions, the pushing material component includes the second driving device installed along Y-direction, second driving The driving end of device connects a pushing block, and second driving device can drive the pushing block Y-direction mobile and be placed on processing work In the product pusher blanking to containing box of completion processing on position.

Further, second driving device is that parallel bars drive cylinder.

Compared with prior art, the utility model has the beneficial effects that: the jump rank liftout hold-down mechanism of the utility model By using cylinder driving sliding block move down and support stop with the angle button block on the crossbeam of portal frame or sustained height position, In cylinder retraction process, the matching of the reaction force generated using sliding block and the elastic buckles tongue component for cooperating X-direction is flexible and blocks Button/solution lock slide, to make sliding block and jump rank movement upwards, by product, gradually upward liftout is solved to processing stations for matching Corresponding clamp system tears the problem for clamping trouble open in existing, eliminates a large amount of manpower and material resources, can be grasped with people's multimachine Make, improve product processing efficiency, processes and stablize neatly, using effect is good.

Detailed description of the invention

Fig. 1 is the three-dimensional view that the utility model planer-type sliding block jumps rank liftout hold-down mechanism；

Fig. 2 is another three-dimensional view that the utility model planer-type sliding block jumps rank liftout hold-down mechanism；

Fig. 3 is that the utility model planer-type sliding block jumps the three-dimensional view after rank liftout hold-down mechanism removal stand；

Fig. 4 is the perspective view that the utility model jumps rank liftout component；

Fig. 5 is a kind of exploded view of Fig. 4；

Fig. 6 is a kind of three-dimensional view of the clamping component of the utility model；

Fig. 7 is another three-dimensional view of the clamping component of the utility model.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.

It is exemplary by reference to the embodiment that attached drawing describes, it is intended to for explaining the application, and should not be understood as pair The limitation of the application.In the description of the present application, it is to be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for Convenient for description the application and simplify description, rather than the device or element of indication or suggestion meaning there must be specific side Position is constructed and operated in a specific orientation, therefore should not be understood as the limitation to the application.In addition, term " first ", " second " It is used for description purposes only, is not understood to indicate or imply relative importance or implicitly indicates indicated technical characteristic Quantity.Thus, define " first ", the feature of " second " can explicitly or implicitly include one or more spy Sign.In the description of the present application, " several ", the meaning of " plurality " is two or more, unless otherwise clearly specific It limits.Unless otherwise clearly defined and limited, in this application, the arts such as term " installation ", " connected ", " connection ", " fixation " Language shall be understood in a broad sense, such as, it may be a fixed connection, may be a detachable connection, or be integrally connected；It can be machinery Connection, is also possible to be electrically connected；It can be directly connected, two elements can also be can be indirectly connected through an intermediary Internal connection.For the ordinary skill in the art, above-mentioned term can be understood in the application as the case may be In concrete meaning.Unless otherwise clearly defined and limited, in this application, fisrt feature the "upper" of second feature or it "lower" may include that the first and second features directly contact, and also may include that the first and second features are not direct contacts but lead to Cross the other characterisation contact between them.And fisrt feature includes above the second feature " above ", " above " and " above " One feature is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.First is special Sign includes fisrt feature right above second feature and oblique upper under the second feature " below ", " below " and " below ", or only Indicate that first feature horizontal height is less than second feature

A kind of planer-type sliding block of attached drawing 1-7 example the utility model jumps the specific embodiment of rank liftout hold-down mechanism. With reference to attached drawing 1-7, a kind of planer-type sliding block of the present embodiment jumps rank liftout hold-down mechanism, including stand 1, the stand 1 are served as reasons Bottom plate 101, two breast boards 102 and top plate 103 are assembled into the stand 1 with hollow space, set and add on the top plate 103 of the stand 1 Work station 001, the processing stations 001 are the rectangular hole slot that system is opened on top plate 103, and in practice, product is placed on processing stations It is partially embedded on 001 in rectangular hole slot, the lower part (the namely lower end of top plate 103) of the processing stations 001 sets Z-direction peace If jump rank liftout component 2；With reference to attached drawing 1-5, the jump rank liftout component 2 includes the portal frame 21 affixed with top plate 103, institute Portal frame 21 is stated equipped with the top slide plate 22 and bottom slide plate 23 that rank is moved can be jumped along the Z-direction of the portal frame 21, the top is slided Plate 22 and bottom slide plate 23 are connected by the cooperation guide post 25 of guide sleeve 24；The driving device 26 vertically installed is set on the top slide plate 22, In the present embodiment, the preferred driving cylinder of driving device 26, and the driving end of the driving device 26 (namely drives cylinder Piston) Z-direction is (vertical) is connect after the top slide plate 22 with the bottom slide plate 23, and the driving device 26 can be driven the bottom Slide plate 23 is mobile along Z-direction (vertical direction) along the guide post 25, the X-direction (transverse direction) of the top slide plate 22 and bottom slide plate 23 Two sides are equipped with elastic buckles tongue component 27, and the angle of each elastic buckles tongue component 27 buckle tongue 271 can (transverse direction side in X direction To) telescopic moving, the angle button tongue 271 can match and along Z-direction (vertical direction) be located at the portal frame 21 at equal intervals 213 buckles of several angle button blocks/disengaging of 211 outer side edges of upright bar, it should be noted that, angle button tongue 271 is with triangled tip The wedge of mouth is carved, and angle button block 213 is with the dentiform steps to match with 271 structure of angle button tongue, in top slide plate 22 With bottom slide plate 23 in conveying moving process, the angle button tongue 271 made generates the movement tendency tilted upward, and this is tilted upward The X of movement tendency will become the angle button tongue 271 and compress the pressure of angle button block 213 to decomposing, match angle button tongue 271 triangled tip carves the inclined-plane of mouth and the inclined-plane of the dentiform steps of angle button block 213 is bonded to each other, in the effect of reaction force Under, angle button block 213 generate X to opposition, move angle button tongue 271 in X direction, matching angle button tongue 271 is equal (transverse direction) telescopic moving and it can match in X direction and along Z-direction (vertical direction) be located at the portal frame 21 at equal intervals 213 buckles of several angle button blocks/disengaging of 211 outer side edges of upright bar；When jump rank liftout 2 liftout of component of the present embodiment, the drive Dynamic device 26 first be driven bottom slide plate 23 in the base cross members 212 for terminating in portal frame 21 or to terminating in same position (Z-direction) Two angle button blocks 213 on after, the bottom slide plate 23 springs back upwards along Z-direction direction and makes the oblique of the X-direction two sides of bottom slide plate 23 Mouthful angle button block 213 of the button tongue 271 in matching position and X make bottom slide plate 23 along Z-direction direction jump rank upwards supreme to movement In the two angle button blocks 213 for holding (on next height and position), matching bottom slide plate 23 jumps rank movement and drives described 22, top slide plate The product on bracket 28 that it is mobile to jump rank upwards with Z-direction, and will be placed on the slide plate 22 of top gradually liftout to processing stations 001 On；In the present embodiment, a processing stations 001 at least X also sets clamping component 3 to side and on an at least Y-direction side, In the present embodiment, the processing stations 001 only have an X to set clamping component 3 on side and a Y-direction side, and every X is to side On set there are two the clamping component 3, set the clamping component 3 on each Y-direction side of the processing stations 001；If Cooperate the X for not setting the processing stations 001 of clamping component in clamping component 3 of the X on side and Y-direction side of processing stations 001 To side or Y-direction side against clamping/release is delivered to the processing stations 001 along Z-direction by the jump rank liftout component 2 On product；The pushing material component 4 that Y-direction is installed also is set on the top plate 103, the pushing material component 4 is located in position is located at Y-direction The upper end of clamping component 3 on side, and the pushing material component 4 is completed in the product to rewinding case 5 of processing for Y-direction push. During actual processing, first by product it is in heaps overlay top slide plate 22 bracket 28 on, then by jump rank liftout component 2 stepwise Jack up product upwards, and send product to processing stations 001, then with multiple clamping components 3 processing stations 001 side Side and product orientation is clamped, then after completing processing, multiple clamping components 3 unclamp the clamping to product, are jumping rank liftout component 2 jack up in product process, and pushing material component 4 will be in product pusher blanking to containing box 5 along Y-direction.

With reference to attached drawing 4-5, in the present embodiment, two for portal frame 21 are formed on the top slide plate 22 and bottom slide plate 23 Upright bar 211, which passes through and matches top slide plate 22 and bottom slide plate 23, jumps the sliding slot 221 that rank is moved along Z-direction along portal frame 21, each described 221 side of sliding slot is additionally provided with the accommodation groove 222 inlayed and install the elastic buckles tongue component 2, and the elastic buckles tongue component 2 is installed In the accommodation groove 222 and make the angle button tongue 271 towards several angle button blocks 213 for being located at the same side；It is described Elastic buckles tongue component 27 further include raggle block 272, spring 273 and connection bolt 274, described 274 one end of connection bolt with it is matched Angle button tongue 271 connects, and the other end is movably embedded in the link block 29 for being located at the X for pushing up slide plate 22 or bottom slide plate 23 to side In guide groove 291, the connection bolt 274 buckles tongue 271 for manual pull angle, makes angle button tongue 271 and the angle button Block 213 is detached from and moves down top slide plate 22 and bottom slide plate 23 along Z-direction direction, and 2 return of rank liftout component is jumped in matching, that is, After the completion of jumping rank liftout component 2 and jacking up product upwards, by manual pull angle button tongue 271, make to jump 2 blanking of rank liftout component Supreme discharge position, matching re-start liftout；And the spring 273 is set on the connection bolt 274, and its both ends is distinguished It is resisted against the angle button tongue 271 and accommodation groove 222, the spring 273 is used to provide the described angle and buckles tongue 271 along X to moving Power；The lid of raggle block 272 is closed on matched accommodation groove 222 and is accommodated for limiting the matched angle button tongue 271 In in accommodation groove 222.

With reference to attached drawing 3-5, it is equipped with two guide sleeves 24 on the top slide plate 22 and bottom slide plate 23, is located at the top slide plate 22 and 23 same position of bottom slide plate (namely be located at same Z-direction straight line on) on two guide sleeves 24 be also set in the same guide post On 25,25 one end of guide post and the top plate 103 are affixed, and the crossbeam 212 of the other end and the portal frame 21 is affixed and described When pushing up slide plate 22 and bottom slide plate 23 along the portal frame 21 vertical (Z-direction) jump rank movement, the guide post 25 cooperates the guide sleeve 24 It guides the top slide plate 22, bottom slide plate 23 and is placed in the steady Z-direction of product pushed up on the bracket 28 on slide plate 22 and move up.

With reference to attached drawing 1-3 and attached drawing 6-7, the clamping component 3 includes first driving device 31, taper knock 32, activity Fixture block 33 and fixed stop 34；In the present embodiment, the first driving device 31 is thin cylinder, the top plate 103 on It installs and is set at setting in X direction or the guide groove 104 that extends of Y-direction with the clamping component 3,33 activity peace of the active fastening block It is located at front end (side of adjoining processing stations 001) of the guide groove 104 close to the processing stations 001, and the work Dynamic fixture block 33 is formed with inclined-plane backwards to the side of the processing stations 001 and carves mouth 331, and the fixed stop 34 passes through bolt (attached drawing Do not show) locking in the guide groove 104 and being spaced with the active fastening block 33 is arranged, and the fixed stop 34 is close to institute The side for stating active fastening block 33 is also formed with inclined-plane and carves mouth 331, the interval section of the fixed stop 34 and the active fastening block 33 Cooperating its respective inclined-plane to carve, the formation of mouth 331 is worn for the taper knock 32 and what energy Z-direction was mobile carves port recess, needs to illustrate , the top of the taper knock 32 is formed with round table-like top cap, and the first driving device 31 vertical (Z-direction) is installed in institute It states and carves immediately below port recess, and is affixed by connection jack-post 35 and top plate 103, and the driving end of the first driving device 31 is also The taper knock 32 is connected by bolt (attached drawing is unlabeled), the first driving device 31 is driven 32 edge of taper knock Z-direction is mobile, makes the oblique of 32 conical side surface of taper knock (round table-like top cap) and the fixed stop 34 and active fastening block 33 A mouthful abutting contact fitting is carved in face, and then drives active fastening block 33 mobile towards product, and matching system is adjoined in the active fastening block 33 The slide calliper rule 332 of 001 side of processing stations clamp product；The active fastening block 33 also passes through 103 elasticity of pressure spring 36 and the top plate Connection, with reference to attached drawing 6-7, being installed in the pressure springs 36 of two clamping components 3 of the X of processing stations 001 on side, (attached drawing is not shown Showing) one end connect with active fastening block 33, and the other end is then and supporting block 37 of the Y-direction on matched guide groove 104 connects； And the pressure spring 36 for being installed in the clamping component 3 of the Y-direction side of processing stations 001 is then set on two pin shafts 38, the pin shaft 38 one end are connect with active fastening block 33, and then (attached drawing is not shown the movable pin hole for being threaded through system in 103 matching position of top plate the other end Show) in, each pressure spring 36 is used to offer active fastening block and retracts from product space is clamped to the power for unclamping product space, Exactly when active fastening block 33 is driven towards product movement by taper knock 32, pressure spring 36 is compressed, and completing processing when product needs When clamping component 3 being wanted to unclamp, active fastening block 33 can be provided power towards the movement of fixed stop 34 by pressure spring 36, be matched back Position.

With reference to attached drawing 1-3, in the present embodiment, the pushing material component 4 includes the second driving device 41 installed along Y-direction, Second driving device 41 is that parallel bars drive cylinder, and the driving end of second driving device 41 connects a pushing block 42, and described Second driving device 41 can drive the pushing block 42 to move along Y-direction and be placed on the product that the completion on processing stations 001 is processed In pusher blanking to containing box 5, blanking is completed in matching.

Do not limit the technical scope of the present invention above, it is all according to the utility model technical spirit to On embodiment made by any modification, equivalent variations and modification, in the range of still falling within the technical solution of the utility model.

Claims (10)

1. a kind of planer-type sliding block jumps rank liftout hold-down mechanism, it is characterised in that, including stand, set on the top plate of the stand plus Work station, the lower part of the processing stations set the jump rank liftout component that Z-direction is installed；The jump rank liftout component includes solid with top plate The portal frame connect, the portal frame is equipped with can jump the top slide plate and bottom slide plate that rank is moved along the portal frame Z-direction, and the top is slided Plate cooperates guide post to connect with bottom slide plate by guide sleeve；The driving device vertically installed is set on the top slide plate, and the driving fills The driving end Z-direction set is connect after running through the top slide plate with the bottom slide plate, and the driving device can be driven bottom slide plate edge The guide post Z-direction is mobile, and the two sides of the top slide plate and bottom slide plate X-direction are equipped with elastic buckles tongue component, each elastic buckles tongue The angle of component buckle tongue can telescopic moving in X direction, the angle button tongue can be located at the portal frame at equal intervals along Z-direction Upright bar outer side edges several angle button block buckle/disengagings；When liftout, the driving device transmission bottom slide plate, which supports, terminates in portal frame Base cross members or to after in the two angle button blocks terminated on same position, the bottom slide plate Z-direction springs back upwards and makes its X-direction Angle button block of the angle button tongue of two sides in matching position and X makes bottom slide plate Z-direction jump rank upwards to the two of upper end to movement In angle button block, matching bottom slide plate jumps rank movement and the top slide plate matching Z-direction is driven to jump rank movement upwards, and will be placed in top The product on bracket on slide plate is gradually on liftout to processing stations.

2. a kind of planer-type sliding block according to claim 1 jumps rank liftout hold-down mechanism, it is characterised in that, the driving dress It is set to driving cylinder, and the piston Z-direction of the driving cylinder is connect after the top slide plate with the bottom slide plate.

3. a kind of planer-type sliding block according to claim 1 jumps rank liftout hold-down mechanism, it is characterised in that, the top slide plate It is moved with being formed with two upright bars for portal frame on the slide plate of bottom and passing through and match top slide plate and bottom slide plate and jump rank along portal frame Z-direction Sliding slot, each sliding slot side are additionally provided with the accommodation groove inlayed and install the elastic buckles tongue component, the elastic buckles tongue component It is installed in the accommodation groove and makes the angle button tongue towards several angle button blocks for being located at the same side；The elastic buckles Tongue component further includes that raggle block, spring and connection bolt, described connection bolt one end are buckled tongue with matched angle and connect, and the other end is living Dynamic be embedded in is located at top slide plate or bottom slide plate X into the guide groove of the link block of side, and the connection bolt is used for manual pull Angle button tongue is allowed to be detached from the angle button block and move down top slide plate and bottom slide plate Z-direction, and rank liftout component is jumped in matching Return；The spring is set on the connection bolt, and its both ends is born against in the angle button tongue and accommodation groove, described Spring is used to provide the described angle and buckles tongue X to mobile power；The raggle block lid closes on matched accommodation groove and for limiting The matched angle button tongue is placed in accommodation groove.

4. a kind of planer-type sliding block according to claim 3 jumps rank liftout hold-down mechanism, it is characterised in that, the top slide plate With two guide sleeves are equipped on the slide plate of bottom, positioned at it is described top slide plate and bottom slide plate same position on two guide sleeves be also set in together On one guide post, the guide post one end and the top plate are affixed, and the crossbeam of the other end and the portal frame is affixed, and the top is slided When plate and bottom slide plate are moved along portal frame Z-direction jump rank, the guide post cooperates the guide sleeve to guide the top slide plate, bottom slide plate And the steady Z-direction of product on the bracket being placed on the slide plate of top moves up.

5. a kind of planer-type sliding block according to any one of claims 1 to 4 jumps rank liftout hold-down mechanism, it is characterised in that, A processing stations at least X sets clamping component on a Y-direction side to side and at least, is located at processing stations X to side and Y-direction Clamping component cooperation on side does not set the X of the processing stations of clamping component to side or Y-direction side against clamping/release Product on the processing stations is delivered to by the jump rank liftout component Z-direction；The pusher group that Y-direction is installed also is set on the top plate Part, the pushing material component is located at the upper end for the clamping component being located on Y-direction side in position, and the pushing material component is used for Y In the product to rewinding case for completing processing to push.

6. a kind of planer-type sliding block according to claim 5 jumps rank liftout hold-down mechanism, it is characterised in that, the processing work Every X of position is equipped with two clamping components to side, sets a clamping group on each Y-direction side of the processing stations Part.

7. a kind of planer-type sliding block according to claim 6 jumps rank liftout hold-down mechanism, it is characterised in that, the clamping group Part includes first driving device, taper knock, active fastening block and fixed stop；The clamping component is matched on the top plate to install It is set at setting in X direction or the guide groove of Y-direction extension, the active fastening block activity is installed in the guide groove and adds close to described The front end of work station, and the active fastening block is formed with inclined-plane backwards to the side of the processing stations and carves mouth, the fixed stop is logical Bolt locking is crossed in the guide groove and is spaced the active fastening block setting, the fixed stop is close to the active fastening block Side is also formed with inclined-plane and carves mouth, and the fixed stop and active fastening block interval section cooperation inclined-plane are carved mouth and formed for the circle Vertex of a cone pin wear and can Z-direction it is mobile carve port recess, the first driving device Z-direction be installed in it is described carve immediately below port recess, And it is affixed by connection jack-post and top plate, and the circular cone top is also bolted in the driving end of the first driving device Pin, the first driving device are driven the taper knock Z-direction movement, make its conical side surface and the fixed stop and active card The inclined-plane of block carves mouthful abutting contact and drives active fastening block mobile towards product, and matching system adjoins processing work in the active fastening block The slide calliper rule of position side clamp product；The active fastening block also passes through pressure spring and the top plate elastic connection, and the pressure spring is for mentioning It retracts from product space is clamped to the power for unclamping product space for active fastening block.

8. a kind of planer-type sliding block according to claim 7 jumps rank liftout hold-down mechanism, it is characterised in that, described first drives Dynamic device is thin cylinder.

9. a kind of planer-type sliding block according to claim 8 jumps rank liftout hold-down mechanism, it is characterised in that, the pusher group Part includes the second driving device installed along Y-direction, and the driving end of second driving device connects a pushing block, and described second drives Dynamic device can drive the pushing block Y-direction mobile and be placed on the product pusher blanking for completing processing on processing stations to containing box It is interior.

10. a kind of planer-type sliding block according to claim 9 jumps rank liftout hold-down mechanism, it is characterised in that, described second Driving device is that parallel bars drive cylinder.